ROSEN CENTRE HOTEL, ORLANDO, FL USA …...Platform for Breakthrough Laser Solutions 7-10 OCTOBER2019 ROSEN CENTRE HOTEL, ORLANDO, FL USA DIAMOND SPONSOR PLATINUM SPONSOR [email protected]

DIAMOND SPONSOR

PLATINUMSPONSOR

ADVANCE PROGRAM

The World’s Premier

Platform for Breakthrough

Laser Solutions

7-10 OCTOBER

2019ROSEN CENTRE HOTEL, ORLANDO, FL USA

www.icaleo.org [email protected] #ICALEOPLATINUM SPONSORDIAMOND SPONSOR

3 WWW.ICALEO.ORG [email protected] #ICALEO/ /

TA B L E O F C O N T E N T S

4 GENERAL CHAIRS WELCOME MESSAGE

6 AGENDA

8 INTERNATIONAL BOARD, COOP AND MEDIA THANKS

9 ICALEO OVERVIEW

10 HIGHLIGHTED SESSIONS AND EVENTS

11 TRADESHOW EXHIBITOR LIST

21 NEW AT ICALEO 2019

22 AWARDS

25 OPENING PLENARIES

28 TECHNICAL CONFERENCE

29 LAM TRACK SUMMARY

38 MACRO TRACK SUMMARY

49 MICRO TRACK SUMMARY

57 NANO TRACK SUMMARY

64 BATTERY TRACK SUMMARY

70 BUSINESS CONFERENCE

74 SPONSOR & EXHIBITOR THANKS


GENERAL CHAIRS WELCOME MESSAGE

ARAVINDA KAR PHD.

CREOL: UNIVERSITY OF CENTRAL FLORIDA

ORLANDO, FLORIDA, USA

JYOTI MAZUMDER PHD.

UNIVERSITY OFMICHIGAN

ANN ARBOR, MI

Professor Aravinda Kar has established a Laser-Aided Manufacturing and Materials Processing laboratory in CREOL, The College of Optics and Photonics at the University of Central Florida. He has been working on various aspects of laser materials processing and manufacturing for more than 30 years. He is a Fellow of the National Academy of Inventors and a Fellow of the Laser Institute of America. He has co-authored a book entitled, Theory and Application of Laser Chemical Vapor Deposition, with J. Mazumder.

Jyoti Mazumder is Robert H. Lurie Professor of Engineering in the Department of Mechanical Engineering and Materials Science and Director of Center for Laser Aided Intelligent Manufacturing at the University of Michigan in Ann Arbor. He is an elected member of National Academy of Engineering. He has published more than 400 papers, co-authored books on Laser Chemical Vapor Deposition and Laser Materials Processing, edited/co-edited 10 books on topics related to laser materials processing and Mechanical Engineering, holds 24 U.S patents and has 8 patents pending. Dr. Mazumder has receivednumerous awards including, Bruce Chalmers Award, M Eugene Merchant Manufacturing Medal, Distinguished University Innovator Award, William T Ennor Award, and the Arthur L. Schawlow Award. He is also Fellow of American Society of Mechanical Engineers (ASME), American Society of Metals (ASM), Fellow of International Academy of Photonics and Laser Engineering and The Laser Institute (LIA).

j y o t i m a z umd e r


Focusing on the advanced uses of industrial lasers, last year’s ICALEO attracted a record-breaking number of attendees from twenty-three countries. This year, LIA has modified its conference format to enhance the attendee experience and improve ROI for sponsors and exhibitors. ICALEO 2019 will feature 4 industry-specific conferences that will become the core focus of each day: Aerospace, Medical Devices & Biotech, Microelectronics, and Automotive. The improved conference structure will build on the traditions of the technical conference while driving commercial value for sponsors and exhibitors. Additionally, LIA will actively support the development of its sponsor and member networks before, during and after the event.

Each of the industry foci will have its own business and technical plenary session, tradeshow focus, business conference, and Evening of Innovation Symposium. The ICALEO Technical Conference and its workshops will be subdivided into five technical tracks: LAM, Battery Systems and Energy Conversion, Micro, Macro, and Nano. These tracks will accentuate laser technology advancements within the 4 covered industries.”

SUNDAY, OCTOBER 6

11:00 AM

Registration Desk Open, Registration Desk 1

04:00 PM

Presidents Welcome Reception, Poolside

MONDAY, OCTOBER 7

07:00 AM


08:00 AM

Aerospace Opening Plenary, Grand Ballroom A & B

10:00 AM

Exhibition Hall Open, Grand Ballroom

Morning Break, Grand Ballroom

Poster Presentation Gallery, Grand Ballroom - Posters

User Solutions Forum Open, Grand Ballroom - Solutions Forum

10:20 AM

Market Driver Symposium 1, Grand Ballroom A

LAM 1: Powder Bed Fusion Process Technology I, Salon 1 & 2

LAM 2: Directed Energy Deposition Process Technology I,

Salon 3

User Solutions Forum Open, Grand Ballroom

Macro 1: Aerospace Processes I, Salon 10

Macro 2: Welding 1, Salon 11 & 12

Nano 1: Advanced Nanomanufacturing, Salon 4

12:00 PM

Lunch Break

01:20 PM


LAM 3: Powder Bed Fusion Process Technology II, Salon 1 & 2

LAM 4: Directed Energy Deposition Process Technology II,

Salon 4

Macro 3: Aerospace Processes II, Salon 10

Macro 4: Weld Modelling I, Salon 11 & 12

Micro 1: Surface Modification & Preparation, Salon 4

03:00 PM

Afternoon Poster Presentation Break, Grand Ballroom - Posters

03:20 PM


LAM 5: Powder Bed Fusion Process Technology III, Salon 1 & 2

LAM 6: Directed Energy Deposition Process Technology III,

Salon 3

Macro 5: Cutting CFRP, Salon 10

Micro 2: Aerospace Metal Drilling & Engraving, Salon 4

05:00 PM

Aerospace Evening of Innovation Reception, Grand Ballroom

TUESDAY, OCTOBER 8

06:15 AM

Running Club, Hotel Lobby

07:00 AM


08:00 AM

Medical Devices & Biotech Opening Plenary, Grand Ballroom A & B

10:00 AM


Morning Poster Presentation Break, Grand Ballroom



10:20 AM


LAM 7: Powder Bed Fusion Materials Technology, Salon 1 & 2

LAM 8: Directed Energy Deposition Materials Technology I,

Salon 3

Macro 7: Medical Device Processing I, Salon 11 & 12

Micro 3: Surface Modification, Salon 10

Nano 2: 3D Nanoprinting, Salon 4

12:00 PM

Lunch Break

01:20 PM


LAM 9: Sensing Technology, Salon 1 & 2

LAM 10: Directed Energy Deposition Materials Technology II,

Salon 3

Micro 4: Laser Micromachining of Polymers, Salon 10

Nano 3: Nanopatterning, Salon 4

Nano 4: Surface Nanostructuring, Salon 11 & 12

03:00 PM

Afternoon Break

03:20 PM


LAM 12: Post Processing, Salon 3

Micro 5: Micro 5, Salon 10

Nano 5: Nanomaterial Synthesis, Salon 4

Nano 6: Fundamentals & Applications of Nanomanufacturing,

Salon 11 & 12

05:00 PM

Medical Devices & Biotech Evening of Innovation Reception,

Grand Ballroom

AGENDA


WEDNESDAY, OCTOBER 9

06:15 AM


07:00 AM


08:00 AM

Microelectronics Opening Plenary, Grand Ballroom A & B

10:00 AM





10:20 AM


LAM 13: Specialized Materials I, Salon 1 & 2

Macro 8: Beam Shaping I, Salon 10

Micro 6: Process Optimization Through Optical Charactaristic

Changes, Salon 3

Micro 7: Process Analyzis & Simulation Models, Salon 11 & 12

Nano 7: 3D Nanomachining, Salon 4

11:00 AM

Flash Poster Session 1, Grand Ballroom - Solutions Forum

12:00 PM

Lunch Break

01:20 PM


LAM 14: Specialized Materials II, Salon 1 & 2

Macro 9: Beam Shaping II, Salon 10

Micro 8: UV Micromachining, Salon 3

Micro 9:Glass Processing, Salon 11 & 12

Nano 8: Nanomaterial Treatment, Salon 4

01:30 PM

Flash Poster Session 2, Grand Ballroom - Solutions Forum

03:00 PM

Afternoon Break

03:20 PM


Macro 10: Weld Modelling II, Salon 1 & 2

Macro 11: Optics and Sources, Salon 10

Micro 10: Wire and Metal Processing, Salon 3

Micro 11: Process Efficency Increase, Salon 11 & 12

Nano 9: Tailored Nanomanufacturing, Salon 4

05:00 PM

Microelectronics Evening of Innovation Reception,

Grand Ballroom

06:30 PM

Awards Banquet, Executive H

THURSDAY, OCTOBER 10

06:15 AM


07:00 AM


08:00 AM

Automotive Opening Plenary, Grand Ballroom A & B

10:00 AM





10:20 AM


BSEC 1: New Lasers for Battery/Electrification Welding, Salon 10

LAM 15: Specialized Processes, Salon 1 & 2

Macro 12: Aluminum Welding, Salon 4

Macro 13: Process Monitoring I, Salon 5 & 6

Macro 14: Cutting and Cladding, Salon 9

Micro 12: Metal Micromachining, Salon 3

Micro 13: Thermal Management, Salon 11 & 12

12:00 PM

Lunch Break

01:20 PM

Market Driver Symposium, Grand Ballroom A

BSEC 2: Improving Battery Performance Through Laser

Processing, Salon 10

LAM 16: Special Topics, Salon 1 & 2

Macro 15: Steel Welding, Salon 4

Macro 16: Process Monitoring III, Salon 5 & 6

Macro 17: Copper Welding, Salon 9

Micro 14: Non-Metal Processing, Salon 3

03:00 PM

Automotive Evening of Innovation Reception, Grand Ballroom

AGENDA



MILAN BRANDT, RMIT, MELBOURNE,VICTORIA, AUSTRALIA

FRANK BRUECKNER, FRAUNHOFER IWS, DRESDEN, GERMANY

YVONNE DURANDET, SWINBURNE UNIV., MELBOURNE, VICTORIA,AUSTRALIA

WEI JUN, SIMTECH, SINGAPORE

LIN LI, THE UNIV. OF MANCHESTER, MANCHESTER, GREAT BRITAIN

XINBING LIU, PANASONIC BOSTON LABORATORY, NEWTON, MA, USA

XINBING LIU, PANASONIC BOSTON LABORATORY, NEWTON, MA, USA

HENRIKKI PANTSAR, TRUMPF INC., PLYMOUTH, MI, USA

KUNIHIKO WASHIO, PARADIGM LASER RESEARCH LTD., TOKYO, JAPAN

RONGSHI XIAO, BEIJING UNIV. OF TECHNOLOGY, BEIJING,PEOPLE’S REPUBLIC OF CHINA

JIANHUA YAO,ZHEJIANG UNIV. OF TECHNOLOGY, HANGZHOU, PEOPLE’S REPUBLIC OF CHINA

MINLIN ZHONG, TSINGHUA UNIV., BEIJING,PEOPLE’S REPUBLIC OF CHINA

SPECIAL THANKS TO OUR INTERNATIONAL ADVISORY BOARD

COOP AND MEDIA THANKS

SUNDAY, 6 OCTOBER 2019

4:00pm - 7:00pm

MONDAY, 7 OCTOBER 2019

8:10am - 6:00pm

TUESDAY, 8 OCTOBER 2019

8:10am - 6:30pm

WEDNESDAY, 9 OCTOBER

2019

8:10am - 9:00pm

THURSDAY, 10 OCTOBER

SUNDAY, 6 OCTOBER 2019

4:00pm - 7:00pm

MONDAY, 7 OCTOBER 2019

8:10am - 6:00pm

TUESDAY, 8 OCTOBER 2019

8:10am - 6:30pm

WEDNESDAY, 9 OCTOBER

2019

8:10am - 9:00pm

THURSDAY, 10 OCTOBER

2019

8:10am - 4:00pm


WHY ICALEO?The world’s premier conference on advanced uses of industrial lasers reaches newer heights with its deeper focus on industry-specific agendas. Highlighting the core foci of Aerospace, Medical Devices & Life Sciences, Microelectronics, and Automotive on each conference day, the 38th iteration presents a four-day trade show, Business Conference, User Solutions Forum, Market Driver Symposium, and more.

WHY ROSEN CENTRE?Located in the city’s central hub that’s 12 minutes from the Orlando International Airport, the award-winning convention property is close to theme parks, shopping, and world-class golf courses. Providing easy access to network with your LIA friends and fellow conference attendees, the conference hotel also offers ICALEO attendees guestroom internet access at no additional charge.

WHY ORLANDO?One of the country’s choice destinations for golfing, entertainment parks, and shopping, sunny Orlando welcomes millions of visitors every year. Great for leisure and family adventures, this bucketlist-worthy destination also hosts a Museum Of Osteology, the food-lover’s East End Market, and the tranquil Wekiwa Springs State Park.

REGISTRATION PRICE

Full Conference Registration

Members: $899Non-Members: $999

Single-Day Conference Registrations

Members: $369Non-Members: $399

FLASH POSTER SESSION

WEDNESDAY OCTOBER 9, 2019

11:00 am-12:00 pm and 1:30 pm-3:00 pm:

LIVE SOLUTION STAGE

Two Flash Poster Sessions to be held on Wednesday morning and afternoon that will include 3-minute, 3-slide oral presentations by select poster presenters. Join in this speed session as presenters key in on specific points of their work.

POSTER PRESENTATION GALLERY

FROM 1:00 PM MONDAY, OCTOBER 7TH - 3:00 PM THURSDAY, OCTOBER 10TH

ICALEO EXHIBITION HALL

This longstanding ICALEO® showcase draws a crowd and inspires plenty of discussion. Join presenters Monday afternoon from 3-3:20 pm and Tuesday morning from 10-10:20 am for a spirited dialog . Presenters will greet interested attendees and answer questions at their posters. Check the ICALEO proceedings for accompanying manuscripts from presenters who submit them for publication.

CHAIR APPRECIATION BREAKFAST

MONDAY, OCTOBER 7, 2019

7:00 am - 8:00 am

SALON 8

Program Committee members and

Conference Chairs are invited to

attend this informative start to the

week’s events on Monday, October

7 at 7:00 am Both new and veteran

session chairs will receive important

session materials and audio-visual

tips, along with any last-minute

updates to the program. Please plan

to arrive in time to fuel up for a strong

start to an exciting conference.

WEDNESDAY, OCTOBER 9, 2019

6:30 pm

EXECUTIVE I

Enjoy a plated dinner as LIA and its partners honor the best of the best at ICALEO’s Awards Banquet. Be the first to congratulate the 2019 winners of the following awards:

Arthur L. Schawlow AwardWilliam M. Steen AwardTheodore H. Maiman AwardLIA FellowsPoster Presentation AwardsJLA Paper Award

The evening will also play host to LIA’s Annual Meeting.

AWARDS BANQUET

PRESIDENTS WELCOME RECEPTION

SUNDAY, OCTOBER 6, 2019

4 pm - 7 pm

POOLSIDE

ICALEO®’s Presidents welcome

celebration is a memorably festive

affair that brings together longtime

and new attendees for an evening

of snacks, beverages and live

entertainment by the Beer’s Law

band, featuring Ron Schaeffer,

Henrikki Pantsar and special guest

musicians. Hosted by LIA President

Minlin Zhong, the Presidents Welcome

Reception is the perfect place to

interact with the LIA Executive

Committee, Board of Directors, and

all of the ICALEO Conference Chairs.

Mingle with your colleagues in a fun

and relaxed environment at ICALEO’s

premier networking event.

PRESIDENTS LOUNGEMONDAY, OCTOBER 7TH - THURSDAY, OCTOBER 10TH

10:00 am

ICALEO EXHIBITION HALL

Relax and network in an exclusive lounge in the midst of the ICALEO trade show that’s available to VIP guests throughout the conference. Re-energize on snacks and drinks as you take a break or find a spot for a private talk with a fellow attendee; the VIP’s lounge will be the perfect area to get work done or to connect with other businesses. The Presidents Lounge will also host a special presentation to honor the past president during the lounge’s inaugural opening.

RUNNING CLUB

TUESDAY, OCTOBER 8TH, WEDNESDAY, OCTOBER 9TH, AND THURSDAY OCTOBER 10TH

6:15 am

HOTEL LOBBY

Meet with your colleagues for our

traditional sunrise run. Enjoy running

through beautiful Orlando while

catching up with your fellow early

risers. A tradition begun by former LIA

President Klaus Loeffler, the LIA Laser

Running Club keeps you energized

during the conference. Meet us in the

hotel lobby with your Laser Running

Club shirt on! If you are a newcomer,

we will provide you with a shirt. Learn

more about how to participate at the

ICALEO registration desk.

HIGHLIGHTED SESSIONS AND EVENTS


TRADE SHOW EXHIBITOR LIST


ADVALUE PHOTONICS INC.

Address: 2700 E Bilby Rd Tucson, AZ 85706

Phone Number: 520-790-5468tFax: 520-790-1158

Email: [email protected]

Website: https://www.advaluephotonics.com/

As a leading manufacturer of innovative fiber lasers, AdValue Photonics has multiple products targeted industrial materials processing applications. These include picoseconds and nanoseconds lasers at the wavelengths of Green, 1-micron, 1.55-micron, and 2-micron. With in-house applications lab, the company helps customers with sample test, process development, and machine specifications.

AEROTECH, INC.

Address: 101 Zeta Drive Pittsburgh, PA 15238

Phone Number: +1 (412) 963-7470Fax Number: 412-963-7459


Website:https://www.aerotech.com/

Aerotech manufactures motion control systems and components including direct-drive and piezo nanopositioners; hexapods; galvanometers; planar and rotary air-bearing stages; high-speed gantries; mechanical-bearing linear, rotary, and lift stages; brushless linear and rotary servomotors and drives; stand-alone and software-only motion controllers; goniometers; and gimbals/optical mounts. Custom, vacuum-prepped, and cleanroom-ready systems/components are available.

Booth Number: 407

ALTOS PHOTONICS, INC.

Address: 201 South Wallace Ave, Suite B-2C Bozeman, MT 59715

Fax Number: 866-658-7357Toll Free Number: 866-658-5404


Website:http://www.altosphotonics.com/

Altos Photonics offers femtosecond, mode locked, and Q-switched lasers and tunable systems for research and industrial customers. Additional products include non-linear crystals (BBO, KTP, ZGP, KYW, KGW, etc), optical mounts, USB-controlled stages, and other related products. Altos Photonics sells and services products from EKSPLA, EKSMA Optics, Light Conversion & Standa.

Booth Number: 307

AMPLITUDE SYSTEMES

Address: 50 Milk St, 16th Floor Boston, MA 02109

Phone Number: +1(408) 727-3240


Website:http://www.amplitude-systemes.com

Created in 2001, Amplitude Laser Group manufactures and commercializes ultrafast lasers for scientific, medical and industrial applications. Leading the international market since its beginning, Amplitude offers a large range of products: diode-pumped ultrafast solid-state lasers, ultra-high energy Ti:Sapphire ultrafast lasers and a full line of high energy solid state laser products. Amplitude has three manufacturing locations and several commercial offices in Europe, Asia and North America.

Booth Number: 419


CREOL, THE COLLEGE OF OPTICS AND PHOTONICS, UCF

Address: 4304 Scorpius St. Orlando, FL 32816-2700

Phone Number: +1.407.823.6834; +1.407.823.6800Fax Number: +1.407.823.6880


Website: https://www.creol.ucf.edu/

The College offers interdisciplinary undergraduate and graduate programs leading to BS degree in Photonic Science and Engineering, and MS and PhD degrees in Optics. The programs cover both applied and basic research on all aspects of optics and photonics. The college has strong industry relationships with over 60 Industrial Affiliates.

CAILABS

AddressL 38 Boulevard Albert 1er Rennes, France 35200

Phone Number: +337 874 74027


Website: https://www.cailabs.com/en/

Cailabs is a French deeptech developing, manufacturing and selling innovative photonic products for telecommunications and industrial lasers. The laser beam shaping solutions CANUNDA by Cailabs are integrated into laser systems (additive manufacturing, micro-machining, cutting, etc.). They allow better control on laser-matter interactions and improve the process quality and efficiency.

Booth Number: 704

AIP PUBLISHING

Address: 1305 Walt Whitman Road, Suite 300, Melville, NY 11747 USA

Phone Number: +1 516-576-2200


Website:https://publishing.aip.org/

Journal of Laser Applications (jla.aip.org) is the scientific platform of the Laser Institute of America published in partnership with AIP Publishing. It covers a broad range of topics from fundamental and applied research and development to industrial applications. Visit AIP Publishing booth and learn about all of AIP’s highly cited applied physics journals.

Booth Number: 420

CAVITAR LTD

Address: Kuokkamaantie 4A 33800 Tampere, Finland

Phone Number: +358 3447 9330


Website: https://www.cavitar.com/

Cavitar specializes on laser illumination and welding cameras. Our CAVILUX lasers are used in high-speed imaging of a wide range of arc and laser welding processes. Our welding cameras are ready-to-use systems with very high image quality providing live videos of the welding process without the blinding process light.

Booth Number: 525

ANALOG MODULES INC.SUB. OF HEICO

Address: 126 Baywood Avenue Longwood, FL 32750

Phone Number: +1(407) 339-4355Fax Number: 407-834-3806


Website: https://analogmodules.com/

Founded in 1979, AMI designs and manufactures OEM electronics for the generation and detection of light in military, medical, scientific and industrial applications. Laser electronic products include laser diode drivers, flashlamp drivers, capacitor charging power supplies, simmer supplies and Pockels cell drivers. Sensors include rangefinder receivers and laser spot trackers.

Booth Number: 725

ANDRITZ POWERLASE USA

Address: 4303 Vineland Rd, Suite F-2, Orlando, FL 32811

Phone Number: +1(567) 343-2850


Website:https://www.powerlase-photonics.com/

ANDRITZ Powerlase is an innovative, high-power laser company, focused on powerful nanosecond high peak power Diode Pumped Solid State and Fiber lasers. ANDRITZ Powerlase has accelerated the introduction of high power lasers into a variety of industrial applications, primarily in materials processing, annealing, and cleaning as well as other applications.


EDGEWAVE GMBH INNOVATIVE LASER SOLUTIONS

Address: Carlo-Schmid-str. 19, 52146 Wuerselen, Germany 52146

Phone Number: +49 2405 41 86-0


Website: https://www.edge-wave.de/web/en/

EdgeWave is a highly innovative provider of high-end laser beam sources. The range of services provided by EdgeWave includes the development, manufacturing and marketing of solid-state lasers and peripheral components. Users of EdgeWave lasers can be found in many industries, including glass, ceramics, semiconductor, car manufacturing and many more.

DIRECT MACHINING CONTROL

Address: Mokslininku 2A, Vilnius 08412 Lithuania

Phone Number: +370 614 97699


Website: https://directmachining.com/

Direct Machining Control creates DMC software to control laser machines. It is used to design and control a variety of complex laser machining processes from 2D to 5D including laser additive manufacturing and texturing. DMC is hardware-independent and enables quick creation of OEM solutions for new machines and processes.

Booth Number: 825

DIRECTED LIGHT INC.

Address: 74 Bonaventura Dr.San Jose, CA 95134

Phone Number: +1 (408) 321-8500Toll Free Number: 800-468-2326


Website: http://directedlight.com/

DLI® provides high quality, affordable laser components, replacement parts and service to the industrial, medical and scientific laser communities. As an LIA member, DLI prides itself on its reputation as a first-class provider of expert technical assistance, impeccable customer service and on the dot delivery of premium parts and components.

Booth Number: 305

COHERENT, INC.

Address: 5100 Patrick Henry Dr. Santa Clara, CA 95054 USA

Phone Number: +1 (408) 764 4983Toll Free Number: 1.800.527.3786


Website: https://www.coherent.com/

Founded in 1966, Coherent is one of the world’s leading providers of lasers and laser-based technology for industrial, commercial, and scientific customers. With headquarters in the heart of Silicon Valley, California, and offices spanning the globe, Coherent offers a distinct product portfolio for applications in materials processing, microelectronics, life sciences, and scientific research.

Booth Number: 705

EKSPLA

Address: Savanoriu Ave. 237Vilnius, Lithuania LT-02300

Phone Number: +370-5-264-9629


Website: https://ekspla.com/

Manufacturer of DPSS lasers, optoelectronics, and power supplies for industrial micromachining applications. Products include the Atlantic pico-second laser, a DPSS laser with up to 80W average power at 1064nm, with 532nm and 355nm harmonics options. These lasers are an excellent choice for high throughput material processing and black marking applications

ELECTRO-OPTICS TECHNOLOGY, INC.

Address: 3340 Parkland Ct., Traverse City, MI, 49686, USA

Phone Number: +1 (231) 935 4044


Website: https://www.eotech.com

EOT manufactures Faraday rotators and optical isolators to protect laser diodes, fiber lasers, and solid-state lasers from back reflections while providing high transmission and excellent beam quality. EOT also stocks a complete line of photodetectors for time domain and frequency response measurements.

Booth Number: 702


HAN’S LASER

Address: 2220 O’Toole Avenue, San Jose, CA 95131, USA

Phone Number: +1.408.774.9428Fax Number: +1.669.900.4570


Website: http://www.hanslaser.net/

Han’s Laser, established in 1996, has now become the flagship of the Chinese national laser industry and a world famous laser equipment manufacturer. Han’s Laser has more than 200 machine models including Laser Engraving, Marking, Etching, Laser Welding, Laser Cutting, Sub-Surface Engraving, and Laser Display Series. These products have been widely used in various applications across a multitude of manufacturing processes. Booth Number: 402

HAAS LASER TECHNOLOGIES INC.

Address: 37 Ironia Rd, Flanders, NJ 07836



Website: https://www.haaslti.com/

Designs and manufactures laser beam delivery components and laser beam diagnostic equipment.

Booth Number: 615

GENTEC ELECTRO-OPTICS INC

Address: 445 St-Jean-Baptiste, Suite 160, Quebec, Canada G2E 5N7

Phone Number: +1 (418) 651-8003


Website: https://www.gentec-eo.com/

Gentec Electro-Optics is specialized in laser beam and terahertz source measurement and analysis. With an outstanding 45-year track record of innovation, developing and providing state-of the-art technologies to the laser market, Gentec-EO has become The Expert of the laser beam measurement field.

Booth Number: 308

FLORIDA PHOTONICS CLUSTER

Address: 12424 Research Parkway, Ste 100 Orlando, FL 32826-3257



Website:https://www.floridaphotonicscluster.org/

The Florida Photonics Cluster (FPC) supports the growth and profitability of the Florida photonics industry, solidifying Florida as the place to go for photonics solutions. Florida’s photonics cluster is one of the largest in the U.S., spanning a broad range of industry sectors including laser devices, components and systems.

Booth Number: 523

EWI

Address: 1250 Arthur E. Adams Dr., Columbus, Ohio 43221

Phone Number: +1 (614) 688-5000


Website: https://ewi.org/

EWI empowers industry leaders to overcome complex manufacturing challenges and integrate new processes to bring products to market more quickly and efficiently. We provide comprehensive engineering services to help companies identify, develop, and implement the best options for their specific applications. With unmatched expertise, state-of-the-art lab facilities, and technology resources, we offer customized solutions that deliver game-changing results.

Booth Number: 604

II-VI INCORPORATED

Address: 375 Saxonburg Blvd., Saxonburg, PA 16056, US

Phone Number: +1 (724) 352-4455Toll Free Number: 1.888.558.1504


Website: https://www.ii-vi.com

II-VI Incorporated, a global leader in engineered materials and optoelectronic components, is a vertically integrated manufacturing company that develops innovative products for diversified applications in the industrial, optical communications, military, life sciences, semiconductor equipment, and consumer markets. Headquartered in Saxonburg, Pennsylvania.

Booth Number: 618


LASERLINE INC.

Address: 1800 Wyatt Drive, Suite 9 Santa Clara, CA 95054



Website: https://www.laserline.com

Founded in 1997, Laserline grew within a few years to becoming an international leading manufacturer of diode lasers for industrial applications. Laserline diode lasers have been established for any type of welding and additive manufacturing as well as welding of fiber composites. The worldwide first blue cw high power diode laser (450 nm), enables Laserline a controlled heat conduction welding of copper and other highly reflective materials.

Booth Number: 717

K-LAB LASER AND CONTROL

Address: #812, M-Techno Center, 46, Gongdan-ro 140beon-gil, Gunpo-si, Gyeonggi-do, 15847, Korea

Phone Number: +82-31-687-5188Fax Number: +82-31-687-5189


Website: http://www.k-lab.co.kr/

The most advanced and easy to use scanning solution for Welding applications.

KENTEK CORPORATION

Address: 32 Broadway StreetPittsfield, NH 03263

Phone Number: +1 (603) 223-4900Fax Number: 603-435-7441Toll Free Number: 800-432-2323


Website: https://www.kenteklaserstore.com/

Established in 1983, Kentek Corporation is a globally trusted provider of LaserSmart™ products, training, and services to thousands of end-users across segments including Industrial, Government, Military, Research, Education, and Medical. Our team is dedicated to helping customers address their unique light management needs.

Booth Number: 502

JENOPTIK OPTICAL SYSTEMS

Address: 16490 Innovation Dr Jupiter, FL 33478

Phone Number: +1 (561) 881-7400


Website: www.jenoptik.com

Jenoptik combines the broadest portfolio with the most experience in the application of photonics. The Light & Optics division is a global OEM supplier of cutting edge technology optical and micro-optic systems solutions to researchers and OEMs in the semiconductor equipment, industrial automation, consumer electronics, health and life science, and defense markets. Jenoptik is one of the leading providers of laser technologies with products and solutions along the entire value-added chain of laser material processing – from components through complete laser systems.

Booth Number: 526

IPG PHOTONICS CORPORATION

Address: 50 Old Webster Rd, Oxford, MA 01540

Phone Number: +1 (508) 373-1100


Website: https://www.ipgphotonics.com/en

IPG Photonics is the leading developer and manufacturer of high-performance fiber lasers and amplifiers for wide-ranging applications & markets. IPG’s diverse lines of lasers and amplifiers are used in materials processing, communications, entertainment, medical, biotechnology, scientific and advanced applications. Our products are displacing traditional technologies & enabling new applications for lasers.

Booth Number: 602

LASEA, INC

Address: Liege Science Park, Rue des Chasseurs Ardennais 10, Angleur, Belgium 4031

Phone Number: +32 (0)4 365 02 43


Website: https://www.lasea.eu/en/

LASEA designs and manufactures workstations, laser machines and beam management modules for applications such as marking, engraving, cutting, drilling, texturing, thin film removal, welding and micromachining. With a strong team of experts in optics, mechanical engineering and automation, LASEA develops new technologies and processes for the most complex applications in most demanding industries.

Booth Number: 617


MKS INSTRUMENTS, INC.

Address: 1791 Deere Ave Irvine, CA 92606



Website: https://www.mksinst.com

Spectra-Physics, Ophir and Newport are brands within the MKS Instruments Light & Motion division. We provide a full range of solutions including lasers, beam measurement and profiling, motion control, vibration isolation systems, photonics instruments, opto-mechanical components and optical elements.

Booth Number: 619

LUMENTUM

Address: 400 N McCarthy Blvd Milpitas, CA 95035

Phone Number: +1 (408) 546-5483Toll Free Number: 844-810-5483


Website: https://www.lumentum.com

Lumentum is a market-leading manufacturer of innovative optical and photonic products enabling optical networking and commercial laser customers worldwide. Lumentum’s optical components and subsystems are part of virtually every type of telecom, enterprise, and data center network. Lumentum’s lasers enable advanced manufacturing techniques and applications including next-generation 3D-sensing capabilities.

Booth Number: 706

LINCOLN ELECTRIC

Address: 407 South Main StreetFort Loramie, Ohio 45845

Phone Number: +1 (937) 295-2120

Email: https://www.lincolnelectric.com

Lincoln Electric Automation™ offers unsurpassed levels of performance and reliability for all types of laser processing applications, including laser welding, cutting, brazing, cladding, heat-treating, marking, etching, and paint and coating removal. Headquartered in Cleveland, Ohio, Lincoln has 60 manufacturing locations, including operations and joint ventures in 19 countries and a worldwide network of distributors and sales offices covering more than 160 countries.

Booth Number: 716

LIGHT CONVERSION LTD.

Address: Keramiku st. 2B, Vilnius, Lithuania,LT-10233

Phone Number: +370-5-249-1830


Website: http://lightcon.com/

Light Conversion offers flexible industrial grade femto-second lasers, with high pulse energies, tunable pulse durations and leading harmonics technology. Our suite of femto-second laser products offers compact and affordable platforms that meet the needs of both the consumer electronics market and medical device manufacturers.

LIBURDI AUTOMATION INC.

Address: 400 Highway 6 North, Dundas, Ontario Canada L9H 7K4

Phone Number: +1 (905) 689-0734Fax Number: 905-689-0739Toll Free Number: 1-800-991-2100


Website: https://www.liburdi.com/

Liburdi Automation is the manufacturer of high precision, vision based LAWS™,automated multi-axis CNC laser welding equipment, articulated motion systemsand controllers for applications in aerospace, nuclear and industrial markets.

Booth Number: 707

LASERVISION USA

Address: 595 Phalen Boulevard Saint Paul, Minnesota 55130

Fax Number: 651-357-1830Toll Free: 800.393.5565


Website: https://www.lasersafety.com

Laservision is your laser safety expert. We manufacture a complete line of laser safety products, including eyewear, containment systems, laser viewing windows, and more. We provide laser safety and custom training. Our Certified Laser Safety Officers are available to assist customers worldwide.

Booth Number: 608


OPTIGRATE CORP.SUB. OF IPG PHOTONICS

Address: 562 S Econ Circle Oviedo, FL 32765

Phone Number: +1 (407) 542-7704Toll Free Number: +1-855-309-0314


Website: https://www.optigrate.com/

OptiGrate (Orlando, FL), an IPG Photonics company, is a pioneer of commercial Volume Bragg Gratings (VBG). OptiGrate supplies VBGs to more than 600 customers on 6 continents for diode laser line narrowing and stabilization, spectroscopy, ultra-short pulse stretching and compression, hyperspectral imaging, etc. Company-branded BragGrate™ products are unmatched in the industry for linewidth, optical density, transmission, and a number of other characteristics.

Booth Number: 422 & 521

OPHIR

Address: 3050 North 300 West, North Logan, UT 84341

Phone Number: +1(435)-753-3729Fax Number: 435-753-5231


Website: www.ophiropt.com

Ophir is a brand within the MKS Instruments Light & Motion division. The Ophir product portfolio consists of laser and LED measurement products including laser power and energy meters, beam profilers, high-performance IR thermal imaging lenses and optics for CO2 and high-power fiber laser applications.

Booth Number: 619

NUBURU

Address: 7442 S Tucson Way Suite 130a, Centennial, CO 80112


Website: https://www.nuburu.net/

NUBURU AO-500 delivers 500 Watts via a fiber with QBH. It’s high brightness of <30mm-mrad enables a focus of 200µm with a 100mm FL welding lens. It further enables Spatter-Free™ conduction and keyhole mode for copper, other high reflective metals welding and dissimilar metals (Cu/Al/SS….)

Booth Number: 417

NOVAE

Address: ZI du Moulin CheyrouxAixe sur Vienne, France 87700

Phone Number: +336 5809 1289


Website: http://www.novae-laser.com/

NOVAE is developing and manufacturing fiber based ultra-short pulse (USP) laser emitting in the mid-IR range. Based on proprietary design of high energy modelock oscillator NOVAE is proposing high energy USP laser at 2µm used in the field of semiconductor bulk engraving or semiconductor and polymer micromachining.

Booth Number: 726

NKT PHOTONICS

3514 N Vancover Ave., Ste 310 Portland, OR 97227


[email protected]

https://www.nktphotonics.com

NKT Photonics is the leading supplier of high-performance fiber lasers, fiber optic sensing systems, and photonic crystal fibers. Our main markets are within imaging, sensing and material processing. Our products include ultrafast lasers, supercontinuum white light lasers, low noise fiber lasers, distributed temperature sensing systems and a wide range of specialty fibers.

Booth Number: 621

NEWPORT

Address: 1791 Deere Ave Irvine, CA 92606



Website: https://www.newport.com

Newport is a brand within the MKS Instruments Light & Motion division. The Newport product portfolio consists of a full range of solutions including motion control, optical tables and vibration isolation systems, photonics instruments, optics and opto-mechanical components.

Booth Number: 619

PHOTONICS MEDIA

Address: 100 West Street, 2nd Floor, Pittsfield, MA, 01201 USA

Phone Number: +1 (413) 499-0514


Website: https://www.photonics.com/

Photonics Media brings you the latest research, product information, and business news for the entire photonics industry. As the publisher of Photonics Spectra, Vision Spectra, BioPhotonics, and EuroPhotonics magazines, the Photonics Buyers’ Guide and Photonics.com we offer news, research and applications articles to help you succeed.

Booth Number: 720


SPECTRA-PHYSICS

Address: 3635 Peterson Way, Santa Clara, CA 95054



Website: http://www.spectra-physics.com

Spectra-Physics is a brand within the MKS Instruments Light & Motion division. The Spectra-Physics product portfolio consists of a broad spectrum of lasers for precision industrial and science applications. Spectra-Physics lasers combine groundbreaking technologies with deep applications expertise to deliver disruptive performance and lower total cost of ownership.

Booth Number: 619

PRECISION LASER SCANNING

Address: 25750 N 82nd Street, Scottsdale, AZ 85255

Phone Number: +1 (480)-515-1643


Website: https://precisionlaserscanning.com/

High speed polygon scanners for material processing with USP and high power lasers. Laser cleaning, surface treatment, selective ablation, 3D printing, inspection and LIDAR are popular applications. Low cost and short lead time on standard models. Our unique IR detection glass can visualize high power beams.

Booth Number: 302

PRECITEC, INC.

Address: 28043 Center Oaks Ct., Wixom, MI 48393

Phone Number: +1.248.446.8100


Website: http://www.precitec.us

Precitec is a global company providing precise mechanical, optical, and electronic components and systems designed for materials processing with lasers. Precitec employs over 250 people and has direct offices in Germany, USA, Switzerland, France, Japan, Korea, and China, with several representatives worldwide.

Booth Number: 703

SILL OPTICS

Address: 315 Carrolls Grove Rd Troy, NY 12180



Website: www.silloptics.de/en

Laser optics including F theta lens (telecentric and non- telecentric), beam expanders, aspheres. For nano, pico and fsec lasers. CW up to 20KW. 355-1980nm. Color corrected F theta lens. Motorized beam expanders. Fused silica and glass. Telecentric Imaging lens with coaxial illumination. Custom designs available.

Booth Number: 202

SCANNERMAX - A DIVISION OF PANGOLIN LASER SYSTEMS INC.

Address: 9501 Satellite Blvd #109 Orlando, FL 32837

Phone Number: +1 (407) 299-2088Toll Free Number: 1-800-Pangolin


Website: www.scannermax.com

ScannerMAX is a division of Pangolin Laser Systems, Inc. Founded in 1986, Pangolin has become a world leader in the field of laser control software and hardware and specializes in the development and production of high speed, high performance, galvanometer based optical scanning systems for industrial, aerospace and entertainment sectors.

Booth Number: 620

WUHAN YANGTZE SOTON LASER CO., LTD. (YSL PHOTONICS)

Address: No. 80, Fifth High-tech Street, Donghu Development Zone, Hubei, Wuhan, Hubei Sheng 430205, China

Phone Number: +86 27 8720 4039


Website: https://www.yslphotonics.com

Advances in photonics technology enable progress in health, mobility and sustainability. YSL Photonics explores, develops and manufactures next-generation of supercontinuum source (supercontinuum laser, white light source, white light laser), picosecond pulsed and femtosecond fiber laser that bring new capabilities, higher reliability and lower ownership to a diverse range of industrial and R & D applications. The core team has combined of more than 100 years of track record of award-winning products and successful business in Photonics.

TELAZTEC LLC

Address: 15 A Street, Burlington, MA 01803

Phone Number: +1 (781)-229-9905


Website: https://www.telaztec.com/

TelAztec anti-reflection (AR) nano-structures eliminate the need for traditional dielectric AR coatings with sub-wavelength scale surface textures etched directly into the bulk optic. The contamination resistant, broad band AR nano-textures provide extreme low reflection loss, no added absorption/no heating, and no thermal lensing resulting in increased pulsed and CW LiDT for extended lifetime laser optics.

Booth Number: 719

TRUMPF INC.

Address: 47711 Clipper Street, Plymouth Township, MI 48170, USA

Phone Number: +1 (734) 454-7200Toll Free Number: 1(833)TRUMPF1


Website: https://www.trumpf.com

TRUMPF Inc. is a leading manufacturer of laser technology for industrial applications in North America. Founded in 1969 in Farmington, CT, the company is the largest subsidiary of the TRUMPF Group. With more than 1,000 employees in region, TRUMPF Inc. serves the U.S., Canadian and Mexican markets.

Booth Number: 306

LIVE SOLUTIONS FORUM

LIVE SOLUTIONS ROUND TABLE

EVENING OF INNOVATION

10:00 AM - 5:00 PMGRAND BALLROOM - EXHIBITION HALL

10:30 AM - 5:00 PMGRAND BALLROOM - EXHIBITION HALL

OCT. 7-9: 5:00PM, OCT. 10: 3:00PMGRAND BALLROOM - EXHIBITION HALL

E

OCT 7 OCT 8 OCT 9 OCT 10




MEDICAL DEVICES & LIFE SCIENCES MICROELECTRONICSAEROSPACE AUTOMOTIVE

NEW AT ICALEO 2019


Experience our Sponsor's and Exhibitor's newest technology as a they present their solutions to specific challenges within the industry supply chain. Presentations will last 20 minutes with a 10 min Q&A session immediately following. The venue for the forum will be located at the center of the tradeshow.

After a brief introduction of the participants by the moderator, sponsors and exhibitors have the opportunity to participate in 50 min roundtable discussions with specific industry users. Discussions will be followed by 10 min of networking time. Each roundtable will be limited to 4 participants and 2 industry users. The theme of each discussion will focus on challenges in the use of lasers for advanced materials processing. The subject(s) of each discussion will be furnished by participating users and published in advance. After a brief synopsis of the issue by represented users, participants will advance the discussion to learn more about the users’ objectives and potential solutions. After the discussion period, sponsors and exhibitors may schedule private meetings at designated spaces to progress commercial solutions.

This event is available exclusively to our Sponsors and Select Exhibitors.

The ICALEO Evening of Innovation Receptions are the perfect way to cap off a long day full of informative sessions. ICALEO Technical and Business Conference attendees are invited to join us for a drink on the exhibition floor. This is the perfect networking opportunity to catch up with old friends and see what all of the ICALEO Exhibitors are all about. Each Evening of Innovation Reception will begin at the conclusion of each day’s technical conference.

AWARDS


Professor Lin Li , is the Director of Laser Processing Research Centre (since 2000), at The University of Manchester, UK. He has served as President of Laser Institute of America (2016), President of International Academy of Photonics and Laser Engineering (2013-2015), and President of Association of Industrial Laser Users (AILU – 2017-2019).

He obtained a BSc degree in Automatic Control from Dalian University of Technology (China) in 1982 and a PhD degree in Laser Engineering from Imperial College London in 1989. He worked at University Liverpool (UK) between 1988-1994 as a Research Associate and Research Fellow in laser materials processing and became a Lecturer in Manufacturing at UMIST (University of Manchester Institute of Science and Technology), UK and was promoted to a ful l Chair Professor in Laser Engineering in 2000.Professor Li is an elected Fellow of Royal Academy of Engineering (FREng) in the UK (since 2013), Fellow of Laser Institute of America (FLIA), Fellow of Institute of Engineering and Technology (FIET), Fellow of International Academy of Production Engineering (FCIRP) and Fellow of International Academy of Phonics and Laser Engineering (FIAPLE). He is an author and co-author of over 400 publications in peer-reviewed journals related to laser based manufacturing and photonic science, an inventor/co-inventor of over 40 patents in this area.

He received Arthur Charles Main Award from the Institute of Mechanical Engineers in 2001 for work in laser based nuclear decommissioning technology. He received Sir Frank Whittle Medal from the Royal Academy of Engineering in 2013 for innovative manufacturing that has led to signif icant economical impacts. In 2014 he received Wolfson Research Merit Award from the Royal Society for research on laser nano-fabrication and nano-imaging, and received Researcher of the Year medal from The University of Manchester in 2014. He has been a Director of Laser Institute of America since 2008. Professor Li is a pioneer of diode laser materials processing, industrial laser cleaning (for welding), laser scabbling, laser based powder bed fusion multiple material additive manufacturing, striation-free laser cutting, hybrid laser-flame surface coating, laser processing with non-conventional tai lored beam geometry, hybrid laser/sol-gel surface processing, combined wire/powder feeding laser cladding, sequential laser-EDM dri l l ing, sequential laser-mechanical dri l l ing, continuous wave laser production of nanoparticles, scanning particle lens array laser nano-fabrication and microsphere lens optical nanoscopy.

ARTHUR L. SCHAWLOW AWARD

One of LIA’s most prestigious honors, the Arthur L. Schawlow Award recognizes outstanding, career-long contributions to basic and applied research in laser science and engineering, leading to fundamental understanding of laser materials interaction and/or transfer of laser technology for increased application in industry, medicine and daily l ife.

The Schawlow honoree wil l be acknowledged at the LIA Awards Luncheon, during which the recipient wil l givean address.

El igibi l ity: Nominations are open to candidates who made outstanding contribution to basic and applied research in laser science and engineering. The recipient does not have to be a member of LIA but sustained service to LIA can be one of the additional contributions that is considered for the award. Nominations are active for three years

2019 WINNER

PROFESSOR LIN LITHE UNIVERSITY OF MANCHESTER

MANCHESTER, UNITED KINGDOM


WILLIAM M. STEEN AWARDThe Wil l iam M. Steen Award wil l be annually conferred by LIA to user organizations that demonstrate signif icant innovation in the use of lasers for advanced materials processing. Each of the fol lowing industries wil l be represented by a Steen Award.

Academic & Public Sector

Aerospace

Automotive

Defense

Medical Devices

Microelectronics

Life Sciences

Research & Development

Academic & Public Sector

Specialized Manufacturing & Services

STUDENT PAPER AWARDFuture generations of laser industry experts have been contributing papers at ICALEO for 20 years. LIA once again wil l recognize the importance of student contributions with the 21st Annual ICALEO Student Paper Award. Not only does the student paper contest i l luminate the great work of up-and-coming researchers, but cash awards wil l be presented to the f irst-, second- and third-place winners. Winning papers are also given the opportunity to submit to LIA’s Journal of Laser Applications® for publication (papers wil l undergo a peer-review process).

Student papers accepted for competit ion wil l be judged by an international panel based on original ity of topic/material presented, scientif ic and technical merit , and presentation quality. Professors wil l not judge their own students’ papers.

Prize winners wil l be announced during the Evening of Innovation Event Thursday, October 9, 2019.

THEODORE H. MAIMAN AWARDThe Theodore H. Maiman Award wil l be annually conferred by LIA to the Steen Award Recipient that demonstrates the highest achievement in advancing laser materials processing technology.

POSTER PRESENTER AWARD

THURSDAY, OCTOBER 9, 2019EVENING OF INNOVATION EVENT

Awards: The following awards will be given for 1st, 2nd and 3rd place:

First Place: Certif icate of Merit , $500 cashSecond Place: Certif icate of Merit , $250 cashThird Place: Certif icate of Merit , $100 cash

The judging will be conducted by a team of 3 judges and based on the following criteria:

Originality: A new problem is solved with new or old methods, or an old problem is solved witha new method.

Technical Approach: Clear technical outlook, stated objectives, clarity of information andconclusions.

Artistic Presentation of Materials: Artistic appeal, art works (graphics and figures) wellorganized, coloring and lettering in the tit le, header and text is neatly done.

Dr. Christian Weingarten


JLA BEST PAPER AWARD

The Journal of Laser Applications Best Paper Award is given annually in recognition of outstanding laser applications research to the primary author of a selected paper published in the journal in the preceding three years. Each Editor nominates a single paper in their topical area for consideration by the ful l Editorial team based on the quality and signif icance of the work. The winning author receives free registration to ICALEO and a Crystal Award.

The 2019 JLA Best Paper Award has been awarded to Dr. Christian Weingarten for his winning article, “Laser polishing and laser shape correction of optical glass,” J. Laser Appl. 29, 011702 (2017).

Christian Weingarten studied material science at the RWTH Aachen in Germany. Following his master’s thesis on the investigation of hydrogen porosity in the selective laser melting of AlSi10Mg, he began his doctorate at the Fraunhofer Institute for Laser Technology. His research work focused on laser polishing and laser ablation of glass, plastics and ceramics. In 2017, he successful ly completed his doctoral thesis on laser-based form correction of optical glasses. Since July 2018, he has been working in the development of si l icon carbide powder in a medium-sized German company for use in additive manufacturing, among other things. From October 2019, Christian Weingarten wil l be moving to the f ield of environmental management and wil l also be working professionally for sustainabil ity and environmental protection.

FELLOWS AWARD

The grade of Fellow is the highest level of membership in the LIA. It is awarded to recognize members of the institute who have:

- Attained unusual professional distinction in the LIA mission areas of laser science and technology, laser applications and/or laser safety, and

- Provided outstanding service to their f ield.

Nominations are open to candidates who must have practiced the profession of laser science and engineering in academia, medicine, industry or government for at least 10 years, and fel low membership for any individual shall not be instituted or remain in effect unless his/her membership is current. For exceptional candidates, the Executive Committee may waive the el igibi l ity requirements.

LIA is proud to recognize the fol lowing members as Fellows:

Dr. Markus Kogel-Hollacher - Precitec,- Neu-Isenburg, Germany

Dr. Islam A. Salama - Intel - Chandler, Arizona

Dr. Youping Gao - Castheon Inc. - Thousand Oaks, California


PETER BOEIJINK

XYREC B.V., SCHIPHOL-RIJK, NETHERLANDS

Peter Boeij ink, BSc and MSc in Computer Science – Artif icial Intel l igence, started his career in IT by joining IBM in 1988. After director and senior vice president posit ions at several IT companies, he became in 2007 consulting partner involved in Aerospace and Robotics. He has been leading studies of automation of applying surface technologies and has acquired an intimate knowledge of the aerospace user requirements. As CEO of XYREC, he is responsible for the company and leads the development of disruptive technologies.

AEROSPACETECHNICAL

CONFERENCE

OPENINGPLENARIES

INTRODUCTION OF THE LARGEST, HIGHEST-POWER, MOBILE, INDUSTRIAL,

LASER MATERIALS PROCESSING ROBOT IN THE WORLD

Presentation Tit le

The Robot consists of multiple, patented, laser-related elements, including the ABAS beam delivery system, the polygon scanner, and the process control system. The CO2 beam transport system is designed for a moving 8-axis robot reaching 25m. Sophisticated aircraft mapping capabil ity, providing not only stripping control but also aircraft-unique dimensional information. The delivery organization is an exceptional , multi-national and multi-company collaborations to achieve the resultant laser paint stripping robot. Aim is to deliver a compell ing business case.

Presentation Abstract

DR. NADINE NOTTRODT

FRAUNHOFER INSTITUTE OF LASER TECHNOLOGY (ILT) Germany

Dr. Nadine Nottrodt is project manager at the Fraunhofer Institute for laser technology, ILT in Aachen. Since 2008 she is working in the group of Biofabrication. She got her diploma in Biology from the RWTH Aachen in 2007. In 2014 she finished her PhD thesis on the topic of laser based surface functionalization from the RWTH Aachen. As a project manager she was the lead of several project in t issue engineering. One of the most important projects was the European research project ARTIVASC 3D, which aimed to develop three-layered vascularized artif icial skin. Today she is working on laser based cell printing technologies to build up bioactive scaffolds for t issue regeneration.

MEDICAL DEVICES& BIOTECHTECHNICAL

CONFERENCE

LASER IN BIOFABRICATION – HOW LASER TECHNOLOGY CAN HELP TO BUILD

ARTIFICIAL TISSUE

Presentation Tit le

High precision and the opportunity to control smallest units l ike single l iving cells is one of the main tasks for scaffold production in the f ield tissue engineering. These scaffolds either shall mimic natural t issue or can serve as test systems to investigate and understand cell behavior in natural environment. Today a various number of methodologies exist which canhandle cel ls or build scaffolds. Laser technology with its high spatial and temporal resolution has several f ields of application ranging from surface modification and scaffolding to single cel l analysis and printing. In this talk I wil l give an overview on the broad range of application we address with laser and show how laser technology wil l help to build artif icial organs.

Presentation Abstract

OPENINGPLENARIES

KUMAR PATEL PRANALYTICA, INC., Santa Monica, CA USA

Dr. C. Kumar N. Patel is the CEO and Chairman of the Board. He is the inventor of the carbon dioxide, carbon monoxide, and the Spin-Flip Raman lasers. He pioneered the use of these and other lasers to measure trace gases in diff icult environments. He was at AT&T (now Lucent Technologies) Bell Laboratories for thirty-two years and was Executive Director of the Physics Division and of the Materials Research Division. From 1993 to 1999 he was the Vice Chancellor for Research at UCLA.Dr. Patel was elected to the National Academy of Science in 1974 and the National Academy of Engineering in 1978. He received the National Medal of Science given by the President of the United States in 1996. In recognition of the CO2 laser’s importance to the medical f ield, he has been elected as an Honorary Member of the Gynecologic Laser Surgery Society in 1980 and in 1985 he was elected an Honorary Member of the American Society for Laser Medicine and Surgery.He serves on the Board of Directors of Newport Corporation and was inducted into the US National Inventors Hall of Fame in 2012.

MICROELECTRONICSTECHNICAL

CONFERENCE

VALENTIN P. GAPONTSEV.

IPG PHOTONICS, Oxford, MA USA

Valentin P. Gapontsev, Ph.D., has been the Chief Executive Officer and Chairman of the Board of IPG since its inception. Prior to founding the Company in 1990, Dr. Gapontsev served as senior scientist in laser material physics and head of the laboratory at the Soviet Academy of Science’s Institute of Radio Engineering and Electronics in Moscow. In 2006, he was awarded the Ernst & Young® Entrepreneur of the Year Award for Industrial Products and Services in New England, and in 2009, he was awarded the Arthur L. Schawlow Award by the Laser Institute of America. In 2011, he received the Russian Federation National Award in Science and Technology, and he was selected as a Fellow of the Optical Society of America. Dr. Gapontsev holds a Ph.D. in Physics from the Moscow Institute of Physics and Technology.

AUTOMOTIVETECHNICAL

CONFERENCE

OPENINGPLENARIES

OPENINGPLENARIES



TECHNICAL CONFERENCETECHNICAL CONFERENCE CHAIR

ICALEO® 2019 is the epicenter of all things photonics materials processing. The conference has five unique tracks with significant focus on innovative and novel uses of lasers and photonics.

This year decision makers from around the world will gather in Orlando, Florida to discuss the impact photonics materials processing has on the industries of Aerospace, Medical Devices and Life Sciences, Microelectronics, and Automotive. The location was chosen to be close to the Laser Institute of America’s home office, which last year celebrated 50 years of service to the laser safety and applications communities.

The newly formatted ICALEO Technical Conference and Workshops will feature five conference tracks consisting of Laser Additive Manufacturing, Laser Material Macroprocessing, Laser Material Microprocessing, Laser Nanomanufacturing, and Battery Systems and Energy Conversion. Each day of the conference will be dedicated to one industry sector, where speakers

will discuss how innovative and novel laser applications push the envelope of modern technology and elevate theses key industries to new levels of accuracy, efficiency, and speed. At ICALEO 2019, the engineers and materials processing experts will discover new processing techniques, acquire new skills and make lasting connections to ensure their organization is refreshed and on the leading-edge of productivity. Come join us, and rub shoulders with laser professionals from throughout the world as we help confront your biggest challenges.”

Mr. Ream is a pioneer in the development of laser materials processing technologies. Starting in the ‘70s with his participation in high power laser welding development for the Air Force, Navy, and NASA, Mr. Ream has continued to contribute to a broad range of laser applications and production implementations. Through his previous diverse employment experiences, including Sciaky Bros. , AVCO Everett Research Laboratories, I IT Research Institute, Battel le, Amada, GE Fanuc, Worthington Industries (TWB), and Edison Welding Institute (EWI), Mr. Ream has gained a broad perspective on the technological and marketing forces that have shaped the laser materials processing world.

STAN REAM EWI, COLUMBUS,

OH USA

With the addition of the Laser Additive Manufacturing symposium, ICALEO 2019 promises to be a very special event. It will include one of the most comprehensive meeting of world leaders within the field of laser-based additive manufacturing with one of the world’s premier laser and materials processing conference. ICALEO 2019 may indeed be this year’s focal point for additive manufacturing within the United States based on the opportunity to assess the global landscape in laser additive manufacturing, coupled with the opportunity for dialogue with international leaders within the field.

The LAM sessions planned for days three and four are dedicated to the development and use of specialized materials, processes, and diagnostics for unique applications of laser-based additive manufacturing. The rapidly growing field of hybrid processing, as it related to a wide range of process combinations, will be discussed, along with a session on development and characterization of emerging materials for laser-based additive manufacturing. The final session of LAM, Special Topics, was developed to display the synergy and complementary nature of laser-based additive manufacturing within the broader laser and material processing community.

LAM TRACK SUMMARY

LAM CONFERENCE CHAIRS


High-Speed X-Ray Imaging of the Laser Cutting Process” from IFSW.

Inline Weld Imaging and Monitoring with Scanning Optics” from IPG.

Simplified Calibration of Laser Power Meters for Improved Measurement Accuracy Using Radiation Pressure and Calibrated Masses” from NIST.

The Influence of Hydrogen, Oxygen and Water Vapour on the Formation of Pores at Welding of Copper Using Laser Light at 515 nm Wavelength” from Robert-Bosch GmbH.

Dr. Martukanitz currently holds a joint appointment as Research Professor within the Materials Science and Engineering Department at the University of Virginia (UVA) and Fellow in Additive Manufacturing at the Commonwealth Center for Advanced Manufacturing (CCAM). Prior he was Director of the Center for Innovative Materials Processing through Direct Digital Deposition (CIMP-3D) and Head of the Laser Processing Division of the Applied Research at the Pennsylvania State University. Dr. Martukanitz is the co-inventor of the laser stir welding process. He is a Fellow of the Laser Institute of America and a l ifelong member of the American Welding Society. He is also serving as the chairperson for the C7C Subcommittee for Laser Processing, member of the advisory board of the America Makes – ANSI Collaborative on Additive Manufacturing Standards, and is a member of the editorial board of the Additive Manufacturing journal.

RICHARD P. MARTUKANITZ, PH.D.

UNIVERSITY OF

VIRGINIA

CHARLOTTESVILLE,

VIRGINIA USA

Dr. E.W. (Ted) Reutzel is acting Head of Penn State’s Center for Innovative Material Processing through Direct Digital Deposition (CIMP-3D) and the Applied Research Laboratory’s Additive and Laser Manufacturing Division, and serves as graduate faculty in Penn State’s Engineering Science & Mechanics Department and Additive Manufacturing & Design Program. Dr. Reutzel has led numerous programs to investigate and implement metal AM, including support for the Navy’s f irst demonstration of a f l ight-crit ical part (Ti6Al4V AM l ink on the MV-22B Osprey). Current interests include process monitoring for AM process understanding, machine learning for quality control of metal-based AM processes, and process implementation.

EDWARD W. REUTZEL, PH.D.

PENNSYLVANIA STATE

UNIVERSITY

UNIVERSITY PARK, PENN-

SYLVANIA USA

CHARLOTTESVILLE,

VIRGINIA USA

ORGANIZING COMMITTEE

Dr. Stefan Kollmannsberger

Technical University of Munich, Munich, Germany

Dr. Richard Martukanitz

University of Virginia, Charlottesvi l le, Virginia, USA

Mr. Paul Denney

IPG Photonics, Massachusetts, USA

Mr. Thierry Marchione

Caterpil lar, Inc.New Mexico, USA

Dr. Edward (Ted) Reutzel

Pennsylvania State University,Pennsylvania, USA

Dr. Clive Grafton-Reed

Rolls-RoyceLeicester, Aviation & Aerospace, United Kingdom

Dr. Antti Salminen

LUT UniversityLappeenranta, Finland

Prof. Milan Brandt

RMIT University, Melbourne, Austral ia

Dr. Shawn Kelly

Additive Manufacturing Competence Center, North Carolina, USA

Dr. Christoph Leyens

Fraunhofer IWS, Dresden, Germany

TECHNICAL SESSIONS

MONDAY, OCTOBER 7

LAM 1: POWDER BED FUSION PROCESS TECHNOLOGY I

Session Tit le

1 . Laser Powder Bed Fusion: Cost versus Physics (LAM 101)

Thierry Marchione - Caterpil lar Inc.

10:20AM

TimeChair

GUNTHER REINHART


2. Layer-Wise Control of Selective Laser Melting by Means of Inl ine Melt Pool Area Measurements (LAM 103)

Ema Vasileska, Ali Gökhan Demir, Bianca Maria Colosimo, Barbara Prevital i - Politecnico di Milano

3. Potential and Challenges of Additive Manufacturing for Topology Optimized Spacecraft Structures (LAM 102)

Robin Wil lner, Samira Gruber, Christoph Wilsnack, Mirko Riede, Elena Lopez, Frank Brueckner, Christoph Leyens - Fraunhofer IWS

Stefan Lender, Andreas Ihl - INVENT GmbH

Ana Brandao, Laurent Pambaguian - European Space Research and Technology Centre – ESTEC

Frank Brueckner - Luleå University of Technology

Christoph Leyens, Samira Gruber - Dresden University of Technology, Institute of Materials Science

3. Analysis of Different Build-Up Strategies Using Direct Laser Metal Deposition (LAM 204)

Marco Mazzarisi , Sabina Campanell i , Andrea Angelastro, Michele Dassisti - Politecnico di Bari

2. A Novel Local Shielding Approach for the Laser Welding Based Additive Manufacturing of Large Structural Space Components from Titanium (LAM 202)

Nico Kolsch, André Seidel, Thomas Finaske, Frank Brueckner, Christoph Leyens - Fraunhofer Institute for Material and Beam Technology

Frank Brueckner - Luleå University of Technology

Johannes Gumpinger, Marcos Bavdaz, Thomas Rohr, Tommaso Ghidini - European Space Research and Technology Centre – ESTEC

Christoph Leyens - Technische Universität Dresden, Institute of Material Science Technology, Institute of Materials Science

LAM 2: DIRECTED ENERGY DEPOSITION PROCESS TECHNOLOGY I

Session Tit le

1 . Laser Metal Deposition for Industry Adoption (LAM 201)

Grace Tay, Davide Verdi, Naresh Varadaraju, Alin Patran - A*STAR Advanced Remanufacturing and Technology Centre

MONDAY, OCTOBER 7

10:20AM

TimeChair

RICHARD MARTUKANITZ


3. Investigations on the Influence of Adapted Metal-Based Alloys on the Process of Laser Beam Melting (LAM 303)

Mariam Assi , Jul ien Favre, Anna Fraczkiewicz - ines Saint-Etienne, Université Lyon, CNRS, UMR 5307 LGF, Centre SMS, Departement PMM Andreas Wimmer, Cara Kolb, Michael Zaeh, Andreas Bachmann - Technical University of Munich, TUM Department of Mechanical Engineering, Institute for Machine Tools and Industrial Managemen

2. A Multi-Location Laser Beam Characterization Technique for Laser Powder Bed Fusion (LAM 302)

Stan Ream, Paul Boulware - EWI

4.Spattering Effects during Selective Laser Melting (LAM 304)

Joerg Volpp - Department of Engineering Sciences and Mathematics, Luleå University of Technology

MONDAY, OCTOBER 7

LAM 3: POWDER BED FUSION PROCESS TECHNOLOGY II

Session Tit le

1 . Comparison of Dimensional Accuracy and Tolerances of Powder Bed Based and Nozzle Based Additive Manufacturing Processes (LAM 301)

Samira Gruber, Mirko Riede, Christian Grunert, Christoph Leyens, Frank Brückner, Elena Lopez - Fraunhofer Institute for Material and Beam Technology

Samira Gruber, Christoph Leyens - Technische Universität Dresden

Frank Brückner - Luleå University of Technology Advanced Remanufacturing and Technology Centre

01:20PM

TimeChair

EDWARD REUTZEL

LAM 4: DIRECTED ENERGY DEPOSITION PROCESS TECHNOLOGY II

Session Tit le

1 . Laser Wire Cladding – How Fine Can We Go? (LAM 401)

Frank Kubisch, Maria Barbosa, Martin Wollenhaupt, Marc Kaubisch, Steffen Nowotny, Christoph Leyens, René Bischoff - Fraunhofer Institute Material and Beam Technology IWS

Sebastian Thieme - coaxworks GmbH

01:20PM

TimeChair

MILAN BRANDT

2. LMD-Powder Head: Design, Manufacturing and Validation (LAM 402)

Milton Pereira, Gabriel Fraga, João Osório, Jhonattan Gutjahr - Federal University of Santa Catarina

Jhonattan Gutjahr - SENAI Innovation Institute for Manufacturing Systems and Laser Processing

3. High Deposition Rate Coaxial Wire Fed Optical System (LAM 403)

Jacob Hay, Stan Ream - EWI

4. Powder Based Laser Material Deposition on Edges (LAM 404)

Norbert Pirch, Stefanie Linnenbrink, Andrés Gasser, Johannes Schleifenbaum, Jana Mund - Fraunhofer Institute for Laser Technology ILT

Johannes Schleifenbaum, Marie Bold - Digital Additive Production RWTH Aachen University

MONDAY, OCTOBER 7

LAM 5: POWDER BED FUSION PROCESS TECHNOLOGY III

Session Tit le

1 . Selective Laser Melting of Inconel 625 Alloy with Reduced Defect Formation (LAM 503)

Maciej Mazur, Michael Benoit, Mark Easton, Milan Brandt - RMIT University

03:20PM

TimeChair

CLIVE GRAFTON-REED

2. Microstructure Stabil ity of Inconel 718 in the Laser Powder Bed Fusion Process as a Function ofGeometrical Features and Process Parameters (LAM 502)

Kyle Snyder, Melissa Tsui - Commonwealth Center for Advanced Manufacturing

Jhonattan Gutjahr - SENAI Innovation Institute for Manufacturing Systems and Laser Processing

3. Analysis of PBFAM Flaw Formation through High-Speed Video Imaging (LAM 505)

David Corbin, Abdalla Nassar, Edward Reutzel , Michael Krane - Applied Research Laboratory at Penn State

Ryan Overdorff - 3D Systems RWTH Aachen University

MONDAY, OCTOBER 7


LAM 6: Directed Energy Deposition Process Technology III

Session Tit le

03:20PM

TimeChair

Thierry Marchione

MONDAY, OCTOBER 7

1 . A Comparative Study Between the Laser-Based and the Arc-Based Additive Manufacturing (LAM 601)

Jaewong Park, Jinyoung Kim, Donghyun Van, Junmyoung Jang, Seung Hwan Lee - Korea Aerospace University

1 . Influence of Laser Beam Profi le on Selective Laser Meting Process of AlSi10Mg (LAM 702)

Tim Wischeropp, Claus Emmelmann - Fraunhofer Research Institution for Additive Manufacturing Technologies IAPT

Hussein Tarhini , Claus Emmelmann - Hamburg University of Technology

2. Effect of Sc and Zr Additions on Microstructure and Mechanical Properties of Selective Laser Melted Al-Zn-Mg-Cu Alloy (LAM 701)

Jiang Bi, Zhenglong Lei, Yanbin Chen, Xi Chen - State Key Laboratory of Advanced Welding and Joining, Harbin Institute of Technology

3. Laser Processing of Aluminum Eutectic Alloys for Improved Properties (LAM 904)

Metin Kayitmazatir , Jyoti Mazumder - University of Michigan

LAM 7: POWDER BED FUSION MATERIALS TECHNOLOGY

Session Tit le

10:20AM

TimeChair

PAUL BOULWARE

TUESDAY, OCTOBER 8

2. Normal Vector Distribution for the Analysis of Complex Laser-Generated Surfaces Involving Overhanging Features (LAM 604)

Rickard Olsson - Laser Nova AB

Alexander Kaplan, Jan Frostevarg, John Powell , Rickard Olsson - Luleå University of Technology

3. Monitoring of Porosity during Additive Manufacturing and Laser Welding (LAM 605)

Bin Zhang, Shunyu Liu, Kyung-Min Hong, Yung Shin - Purdue University


1 . Modeling of Process-Microstructure Relationships of Additively Manufactured Parts via High Fidelity Physics Models (LAM 1101)

Neil Bailey, Christopher Katinas, Yung Shin - Purdue UniversityEmmelmann - Hamburg University of Technology

2. The Effect of Deposited Strategy on the Epitaxial Growth of Inconel 718 During Laser Melting Deposition (LAM 801)

Nannan Lu, Zhenglong Lei, Kuan Hu - Harbin Institute of Technology

3. The Effect of Addition of Trace Boron on the Microstructure and Mechanical Properties of Ti6Al4V Produced by Laser Directed Energy Deposition (LAM 802)

Aitang Xue, Li l in Wang, Xin Lin, Jian Wang, Weidong Huang-Northwestern Polytechnical University

1 . In-Situ Qualif ication for Mechanical Properties of Additively Manufactured Parts (LAM 104)

Arthur French, Yuri Plotnikov, John Sions, Kyle Snyder - Commonwealth Center for Advanced Manufacturing

Arthur French, Vennie Fi l ippas - Virginia Commonwealth Universit

LAM 8: DIRECTED ENERGY DEPOSITION MATERIALS TECHNOLOGY I

Session Tit le

10:20AM

Time

2. Defect Detection in Additive Manufacturing via a Toolpath Overlayed Melt-Pool-Temperature Tomography (LAM 901)

Robert Bernhard, Phil ipp Neef, Henning Wiche, Volker Wesling - Clausthaler Zentrum für Materialtechnik

Christian Hoff, Jörg Hermsdorf, Stefan Kaierle - Laser Zentrum Hannover e.V.

Chair

ANTTI SALMINEN

TUESDAY, OCTOBER 8

3. Image-Based Algorithm for Nozzle Adhesion Detection at Powder-Fed Directed-Energy Deposition (LAM 905)

Christian Kledwig, Holger Perfahl , Martin Reisacher - Sauer GmbH LASERTEC, DMG MORI AGFrank Brückner - Luleå University of TechnologyFrank Brückner, Christoph Leyens - Fraunhofer Institute for Material and Beam Technology IWSJens Bliedtner - Ernst Abbe University of Applied SciencesChristoph Leyens - Dresden University of Technology

4. Real-time Porosity Diagnosis for Laser Additive Manufacturing of Aluminum Alloy Using Optical Emission Spectroscopy (LAM 903)

Wenjing Ren - Xi ’an Jiaotong UniversityWenjing Ren, Ethan Sprague, Jyotirmoy Mazumder - University of Michigan

LAM 9: SENSING TECHNOLOGY

Session Tit le

01:20PM

TimeChair

YURI PLOTNIKOV

TUESDAY, OCTOBER 8


1 . Investigation on the Formation of Grain Boundary Serrations in Additively Manufactured Superal loy Haynes 230 (LAM 803)

Maximil ian Haack, Martin Kuczyk, André Seidel, Elena López, Frank Brueckner, Christoph Leyens - Fraunhofer Institute for Material and Beam TechnologyFrank Brueckner - Luleå University of TechnologyChristoph Leyens - Technische Universität Dresden

1 . Effect of Heat-Treatment Process on the Microstructure and Mechanical Behaviors of Cu-10Sn Alloy Made by Selective Laser Melting (LAM 1201)

Zengjie Wang, Peng Yang, Dingyong He, Zhen Tan, Xiaoxuan Li , Xingye Guo, Guohong Wang - Beij ing University of Technology

2. Comparison of SLOT and µCT Investigation of 3D Printed Polymer Parts for Quality Assurance (LAM 1202)

Gerrit Hohenhoff, Heiko Meyer, Peter Jaeschke, Tammo Ripken, Dietmar Kracht, Stefan Kaierle -

Laser Zentrum Hannover e.V.

3. Laser Polishing of Additively Manufactured Ti-6Al-4V - Microstructure Evolution and Material Properties (LAM 1203)

Juliana Dos Santos Solheid, Hans Seifert, Wilhelm Pfleging - Institute for Applied Materials - Applied Materials Physics, Karlsruhe Institute of Technology

4. Laser Polishing of Additively Manufactured Medical Implants (LAM 1204)

Mark Mcdonald, Wojciech Gora, Duncan Hand - Heriot-Watt UniversityYingtao Tian - Lancaster UniversityDavid Lunt, Phil ip Prangnell - The University of ManchesterNicholas Weston, Stuart Stevenson - Renishaw plc.

LAM 12: POST PROCESSING

Session Tit le

03:20PM

Time

TUESDAY, OCTOBER 8

2. The Effect of Deposited Strategy on the Epitaxial Growth of Inconel 718 During Laser Melting Deposition (LAM 801)

Nannan Lu, Zhenglong Lei, Kuan Hu - Harbin Institute of Technology

3. The Effect of Addition of Trace Boron on the Microstructure and Mechanical Properties of Ti6Al4V Produced by Laser Directed Energy Deposition (LAM 802)

Aitang Xue, Li l in Wang, Xin Lin, Jian Wang, Weidong Huang-Northwestern Polytechnical University

4. Laser Metal Deposition of High-Cr White Cast IRON Alloys (LAM 804)

Stephen Sun, Mark Easton, Martin Leary, Milan Brandt, Ian Fordyce - RMIT Centre for Additive Manufacturing (RCAM), RMIT UniversityDaniel Fabijanic, Murugesan Annasamy, Santiago Corujeira Gallo - Deakin University

IN ADDITIVELY MANUFACTURED SUPERALLOY HAYNES 230 (LAM 803)

Session Tit le

01:20PM

TimeChair

PAUL DENNEY

TUESDAY, OCTOBER 8


1 . High Entropy Alloys Generated with Laser Cladding (LAM 1302)

Jörg Kaspar, Martin Kuczyk, Maria Manuel Barbosa, Steffen Nowotny, Christoph Leyens, René Bischoff - Fraunhofer Institute for Material and Beam Technology

2. Additive Manufacturing of Immiscible BCC-FCC Alloys (LAM 1303)

Ethan Sprague, Jyoti Mazumder - University of Michigan

1 . Hybrid Additive Manufacturing (AM) for Large Format Blade Applications (LAM 1502)

Peter Coutts, Wesley Mitchell , Aaron Mccandless, Ryan Henderson - The Pennsylvania State University Applied Research Laboratory

3. Additive Manufacturing of Self-Lubricated In-Situ SiC(p)/Al Composite (LAM 1304)

James Chen, Andrew Laver, Babak Amirkhiz, Ruby Zhang - Natural Resources Canada

2. Effects of Different Deposition Strategies on Prior-β Grain Morphology of Wire and Arc Additive Manufactured Ti-6Al-4V (LAM 1503)

Jian Wang, Xin Lin - Northwestern Polytechnical University

1 . Laser Power Influence on Macro and Microstructure Evolution Aspects of Fe and Sn-Based Alloy Processed By Directed Energy Deposition (DED) (LAM 1401)

Milton Pereira, Gustavo Truppel - Precision Engineering Laboratory - LaserPaulo Wendhausen, Marcelo Rosa - Magnetic Materials Group - MAGMA

3. Reduction of Porosity by Coupling with Electromagnetic Field During Laser Additive Remanufacturing of Nickel-Based Superal loys (LAM 1504)

Juehui Li , Jianhua Yao, Liang Wang - Zhejiang University of Technology

LAM 13: SPECIALIZED MATERIALS I

Session Tit le

LAM 15: SPECIALIZED PROCESSES

Session Tit le

10:20AM

Time

10:20AM

Time

2. Experimental Study on Microstructural Evolution, Mechanical Properties and Electrochemical Behaviour of Additive Manufactured Ti-6Al-4V Alloy. (LAM 1403)

Olawale Fatoba, Esther Akinlabi, Stephen Akinlabi - University of Johannesburg



Chair

DAVID CORBIN

LAM 14: SPECIALIZED MATERIALS II

Session Tit le

01:20PM

Time



1 . AM Powder Safety (LAM 1601)

Tom Huegel - EWITom Huegel - American Society of Safety Professionals

2. Dynamic Characterization of High-Power Laser for Additive Manufacturing Applications (LAM 1602)t

Dieter Baere, Michaël Hinderdael, Marc Moonens, Wim Devesse, Patrick Guil laume, Jan Helsen, Jul ien Ertveldt - Vri je Universiteit Brussel , Acoustics and Vibration Research Group

3. Dynamic Laser Absorptance Measured in a Geometrical ly Characterized Distribution of Stainless Steel Powder (LAM 1604)

Brian Simonds, Edward Garboczi, Paul Wil l iams - National Institute of Standards and TechnologyTodd Palmer - Pennsylvania State University

LAM 16: SPECIAL TOPICS

Session Tit le

01:20PM

Time


Chair

SAMIRA GRUBER

TRUMPF_TruDisk_Ad_Half_ICALEO19.indd 1 7/22/19 5:16 PM

The ICALEO Laser Macro-Processing Conference draws attendees and presenters from around the world and from a wide range of process and application areas. This year, in addition to the usual topics of cutting and welding, we have papers on cladding, cleaning, drilling, hardening and shock peening. We will hear presentations on processing of light materials – aluminum, titanium, CFRP – for aerospace applications, up to heavy welding and cutting, including deep welding of stainless steel superconducting magnet cases for the ITER Tokamak. Between these extremes, many applications from the automotive industry will be presented.

There are two topic areas that have an unusually large number of papers this year: Beam Shaping and Process Monitoring. The papers in the Beam Shaping sessions

The ICALEO Macro processing conference includes some of the most prolific laser processing applications; including cutting, welding, drilling and cladding. Although these applications have been widely adopted, researchers and industry are continually innovating to provide new techniques and novel technologies to improve macro materials processing. This year, application innovations take advantage of improvements in lasers (higher power, better beam quality, and new wavelengths) and beam delivery methods (multi-core fibers, beam shaping

CONFERENCE CHAIRS

mostly report on the process properties and capabilities of concentric multi-core fibers. Most of the presentations are from the fiber manufacturers, but the study from EWI, “Adjustable Mode Laser Welding Evaluation”, will give us an independent view of the capabilities of these new laser delivery fibers.

The other area with a significant number of papers is Process Monitoring, with several papers reporting on the capabilities of Optical Coherence Tomography (OCT) to observe keyhole depth and shape. This series of papers culminates with a look at the ultimate goal of process monitoring – real time process control, with a paper from Trumpf, “Smart production - On the way to autonomous laser processing”.

optics) to improve process speed and quality, and enable the laser processing of new materials, such as copper cutting and welding. Advancements in process observation and monitoring methods, including OCT, provide users with unprecedented fidelity to monitor and control their process performance in real time. All of these innovations will be on full display at the ICALEO 2019 Macro Laser Processing Conference.


MACRO TRACK SUMMARY

Robert Mueller, Ph.D., CLSO, is a Sr. Laser Applications Special ist at Massiv Automated Systems in Brampton, Ontario, Canada. Robert has 35 years of laser experience, 25 years experience with high power industrial laser applications and systems and has held the Certif ied Laser Safety Officer designation since 2003. Rob holds a Ph.D. from York University, with a thesis on laser welding dynamics, and an M.Sc. in Laser Physics from The University of Toronto. He has published over 60 papers, conference presentations and patents.

Brian Victor is Director of Industrial Applications at nLIGHT, a leading manufacturer of semiconductor lasers and fiber lasers. He supports nLIGHT’s industrial customers and system partners by developing laser processing solutions and troubleshooting their manufacturing challenges. Before joining nLIGHT, Brian served in engineering, consulting, sales, and service roles for a diverse l ist of manufacturing companies special izing in laser materials processing. Brian holds BS and MS degrees in welding engineering and has developed laser process expertise in welding, cutting, cladding, brazing, and heat treating for a variety of markets and material systems.

ROBERT MUELLER, PH.D., CLSOMASSIV AUTOMATED SYSTEMSBRAMPTON, ONTARIO, CANADA

BRIAN VICTOR, NLIGHTVANCOUVER, WA USA


Ralf Kimmel

Trumpf, US

Alex Kapla

Lulea U

Lorraine Blais

Novika

Prabu Balu

Coherent

Marc Auger

Coherent

Jens Standfuss

Fraunhofer IWS

Robert Mueller

Massiv Automated

Brandon Shinn

IPG Photonics

Elliot Biro

U Waterloo

Brian Victor

Nlight

Daniel Capostagno

SPI Laser

Erik Miller

Solutions Special ist , WI


TECHNICAL SESSIONS

MONDAY, OCTOBER 7

3. High Power Nanosecond Laser for Shock Peening Applications (Macro 104)

Franck Falcoz, Florian Moll ica, Stéphane Branly, Eric Mottay - Amplitude

2. Impact of Short Pulsed Laser Cleaning on Underlying Metal Surfaces (Macro 102)

Heather George, Albert Leonhard Jung, Florian Kiefer - TRUMPF

MACRO 1: AEROSPACE PROCESSES I

Session Tit le

1 . Laser Dri l l ing of Thermal Barrier Coated Aerospace Component (Macro 101)

Sundar Marimuthu, Bethan Smith, Justin Dunleavey - The Manufacturing Technology Centre

10:20AM

TimeChair

DANIEL CAPOSTAGNO


3. 20kw Laser Welding Applied on the Iter Correction Coil Case Welding (Macro 203)

Chao Fang, Ji jun Xin, Wenhua Dai, Jing Wei, Yuntao Song - Institute of Plasma Physics, Chinese Academy of SciencesChao Fang, Ji jun Xin, Wenhua Dai, Jing Wei, Yuntao Song - Anhui Key Laboratory of Special Welding TechnologyJijun Xin, Wenhua Dai, Yuntao Song - University of Science and Technology of ChinaWuxiong Yang - Beij ing University of Technology

2. Effective Supplying Method of Shielding Gas in Vertical-Position Laser Welding of Pure Titanium (Macro 202)

Yasuhiro Okamoto, Kyo Kitagawa, Seigo Kadonaga, Akira Okada - Okayama UniversityEsther Akinlabi - University of JohannesburgSisa Pityana - CSIR National Laser Center

MACRO 2: WELDING 1

Session Tit le

1 . Direct Observation of Keyhole and Melt Flow in Fiber Laser Welding under Reduced Ambient Pressure (Macro 201)

Meng Jiang, Xi Chen, Yanbin Chen, Wang Tao - Harbin Institute of TechnologyMeng Jiang, Tarasankar Debroy - The Pennsylvania State University

MONDAY, OCTOBER 7

10:20AM

TimeChair

ERIK MILLER

3. High-Speed X-Ray Imaging of the Laser Cutting Process (Macro 303)

Jannik Lind, Florian Fetzer, Rudolf Weber, Thomas Graf - Institut für Strahlwerkzeuge (IFSW) University of StuttgartJannik Lind, David Blazquez-Sanchez, Jens Weidensdörfer - Precitec GmbH & Co. KG

2. Laser Transmission Welding of Additive Manufactured Components (Macro 302)

Julian Kuklik, Verena Wippo, Peter Jaeschke, Chris Henkel, Ludger Overmeyer, Stefan Kaierle - Laser Zentrum Hannover e.V.

4. Anticipating Heat Accumulation in Laser Oxygen Cutting of Thick Metal Plates (Macro 304)

Nikita Levichev, Gonçalo Costa Rodrigues, Joost Duflou - KU LeuvenReginald Dewil - Vri je Universiteit Amsterdam

MONDAY, OCTOBER 7

MACRO 3: AEROSPACE PROCESSES II

Session Tit le

1 . Emerging Laser Cleaning Applications Using High Power High Energy Solid State Lasers (Macro 301)

Young Kwon - Andritz Powerlase Inc

01:20PM

TimeChair

PRABU BALU


3. A Theoretical Study of Influence of Electromagnetic Stirr ing on Transport Phenomena in Wire Feed Laser Beam Welding (Macro 403)

Xiangmeng Meng, Antoni Artinov, Marcel Bachmann, Michael Rethmeier - BAM Federal Institute for Materials Re-search and TestingMichael Rethmeier - Technical University Berl in

2. Freeform Beam Shaping with Multi-Plane Light Conversion for 1 .07µm Ultra-High Throughput Laser-Based Material Macroprocessing (Macro 402)

Matthieu Meunier, Gwenn Pall ier, Pu Jian, Olivier Pinel , Guil laume Labroil le - CailabsAndreas Otto, Rodrigo Gómez Vázquez - Technische Universität WienJorge Arias, Roberto Fernández - Asociación de Investigación Metalúrgica del NoroesteHannover e.V.

4. Joining of Thermoplastic CFRP Laminates by Selective Heat Input During Laser Cutting (Macro 503)

Maximil ian Schmoeller, Maximil ian Neureiter, Michael Zaeh, Christian Stadter - Institute for Machine Tools and In-dustrial Management, Technical University of Munich

MONDAY, OCTOBER 7

MACRO 4: WELD MODELLING I

Session Tit le

1 . Prediction of the Hot Cracking Susceptibi l ity of Laser Beam Welds in Aluminum Alloys (Macro 401)

Christian Hagenlocher, Daniel Weller, Rudolf Weber, Thomas Graf - Institut für Strahlwerkzeuge (IFSW), University of StuttgartYoung Kwon - Andritz Powerlase Inc

01:20PM

TimeChair

ALEXANDER KAPLAN

3. High Speed Continuous Processing of CFRP with 3-kW CW Single-Mode Fiber Laser (Macro 502)

Yuya Takubo, Shinya Ikoma, Kaoru Nakayama, Yoshio Umeda, Masahiro Kashiwagi, Daiichiro Tanaka - Fujikura Ltd.

2. Superior Crack Behavior of CFRP Processed with Nanosecond UV Laser Pulses (Macro 501)

Masahiro Moriyama, Takashi Hira, Hiroharu Tamaru, Junji Yumoto, Norikatsu Mio - Institute for Photon Science and Technology, The Univer sity of TokyoShuntaro Tani, Atsushi Kosuge, Isao Ito, Zhigang Zhao, Yohei Kobayashi - Institute for Solid State Physics, The University of TokyoMakoto Kuwata-Gonokami, Junji Yumoto - Department of Physics, The University of TokyoHiroharu Tamaru, Norikatsu Mio, Junji Yumoto, Yohei Kobayashi - Research Institute for Photon Science and Laser Technology, The University of TokyoMasahiro Moriyama - Toray Industries, Inc. .

MONDAY, OCTOBER 7

MACRO 5: CUTTING CFRP

Session Tit le

1 . Joining of Thermoplastic CFRP Laminates by Selective Heat Input During Laser Cutting (Macro 503)

Sven Bluemel, Verena Wippo, Simon Hirt , Richard Staehr, Peter Jaeschke, Stefan Kaierle, Ludger Overmeyer - Laser Zentrum Hannover e.V.

03:20PM

TimeChair

JENS STANDFUSS


3. Laser Processing over a Large Area by Wavefront-Controlled Scanning (Macro 703)

Xinpeng Du, Arifur Rahaman, Aravinda Kar, Xiaoming Yu - University of Central FloridaMichael Chase, Dave Wolfe, John Mathy - Elsner Engineering Works, Inc.

2. Precise Laser Structures as a Tool to Understand Metal-Polymer Joints (Macro 702)

Dominic Woitun, Michael Roderus, Elmar Kroner - Robert Bosch GmbHThilo Bein - Fraunhofer LBF

4. Improvement of Weld Strength Improvement via Novel Dual Laser Warm Laser Shock Peening (Macro 701)

Gaurav Inamke, Kyung-Min Hong, Yung Shin - Purdue University

TUESDAY, OCTOBER 8

MACRO 7: MEDICAL DEVICE PROCESSING I

Session Tit le

1 . Inl ine Weld Imaging and Monitoring with Scanning Optics (Macro 704)

Dustin Tesselaar, Christopher Galbraith, Tessa Krause, Jordan Kanko, Paul Webster - IPG Photonics

10:20AM

TimeChair

HEATHER GEORGE

3. Metal Processing with Programmable Fiber Lasers (Macro 803)

Brian Victor, Ken Gross, Dahv Kliner - nLIGHT

2. Adjustable Mode Laser Welding Evaluation (Macro 802)

Tim Mikel , Stan Ream - EWI

4. Advanced Beam Control Strategies in High Power Fiber Laser Processing (Macro 804)

Marco Mendes, Rouzbeh Sarrafi , Eric Sti les, Michael Grupp, Iuri i Markushov, Vi jay Kancharla - IPG Photonics Corporation


MACRO 8: BEAM SHAPING I

Session Tit le

1 . Beam Shaping with Multi-Plane Light Conversion for Femtosecond Laser Material Microprocessing (Macro 801)

Clément Jacquard, Antonin Bil laud, Bertrand Denolle, Gwenn Pall ier, Pu Jian, Olivier Pinel , Guil laume Labroil le - CailabsYoung Kwon - Andritz Powerlase Inc

10:20AM

TimeChair

JENS STANDFUSS


3. Improvement in Sheet Metal Cutting Speed and Quality with a High Power, Variable Mode Fibre Laser (Macro 903)

Paul Harrison, Richard Jessett, Stephen Keen - SPI Lasers UK Ltd

2. A Study on Effect of Beam Parameters on Keyhole Behavior and Resulting Weld Quality (Macro 902)

I lkka Poutiainen, Antti Salminen, Anna Unt - LUT University

4. Use of Adjustable Ring Mode Laser Welding for E-Mobil ity Applications (Macro 904)

Jp Lavoie, Klaus Kleine - CoherentMarc Auger - Coherent - Plymouth

MACRO 9: BEAM SHAPING II

Session Tit le

1 . Adjustable Ring Mode (ARM) Fiber Laser in Welding of 304 Stainless Steel Sheets in Partial ly Penetrated Lap Joint Configurations (Macro 901)

Klaus Kleine, Jean-Phil ippe Lavoie - Coherent Inc.Fanrong Kong - ESABMasoud Mohammadpour, Radovan Kovacevic - Southern Methodist University - Research center of advanced manufacturingYoung Kwon - Andritz Powerlase Inc

01:20PM

TimeChair

RALF KIMMEL


3. The Investigation of Pores Defect Formation in the Weld during the High Speed Laser Welding Based on Numerical Simulation (Macro 1003)

Yuewei Ai - Central South University

2. Lamé Curves Approximation for the Assessment of the 3-D Temperature Distribution in Keyhole Mode Welding Processes (Macro 1002)

Antoni Artinov, Victor Karkhin, Nasim Bakir , Xiangmeng Meng, Marcel Bachmann, Andrey Gumenyuk, Michael Rethmeier - BAM Federal Institute for Materials Research and TestingVictor Karkhin - Peter the Great St. Petersburg Polytechnic UniversityMichael Rethmeier - Berl in Institute of Technology.


MACRO 10: WELD MODELLING II

Session Tit le

1 . Mathematical Modeling of the Geometrical Differences between the Weld End Crater and the Steady-State Weld Pool (Macro 1001)

Antoni Artinov, Victor Karkhin, Marcel Bachmann, Michael Rethmeier - BAM Federal Institute for Materials Research and TestingVictor Karkhin, Michael Rethmeier - Peter the Great St. Petersburg Polytechnic UniversityMichael Rethmeier - Berl in Institute of Technology

03:20PM

TimeChair

PATRICK MARTEL

3. Comparative Analysis of the Potential of Novel High Power Beam Sources and State-Of-The-Art Lasers for Cutting Non-Metals (Macro 1103)

Alexander Mickan, Jan Hauptmann, Andreas Wetzig, Christoph Leyens - Fraunhofer Institute for Material and Beam Tech-nology IWSMichael Rose - TU Dresden, Institute of Materials Science, Chair of Mechanics of Materials and Failure AnalysisChristoph Leyens - TU Dresden, Institute of Materials Science, Chair of Materials Technology

2. Simplif ied Calibration of Laser Power Meters for Improved Measurement Accuracy Using Radiation Pressure and Calibrated Masses (Macro 1102)

Paul Wil l iams, Kyle Rogers, John Lehman, Brian Simonds, Gordon Shaw - National Institute of Standards and Technology

4. Process Adapted Beam Oscil lation – Key Features for the Development of Efficient Laser Processes (Macro 1104)

Andreas Wetzig, Dirk Dittrich, Annett Klotzbach, Christoph Leyens, Jens Standfuss - Fraunhofer IWSChristoph Leyens - Technische Universitaet Dresden, Institute of Materials Science


MACRO 11: OPTICS AND SOURCES

Session Tit le

1 . Comparision of 1um Materials for High Power Laser Processing (Macro 1101)

Scott Schnur, Adam Argondizzo, Tyler Graham, Gregg Davis, Alan Hedges, Fred Kropf, Madeleine Anderson - I I-VI Inc.Stan Ream - EWI

03:20PM

TimeChair

ROBERT MUELLER


1 . The Comparative Investigation on Single Laser and Dual-Beam Laser for Lap Welding of Aluminum Alloy (Macro 1201)

Lin Chen, Gaoyang Mi, Xiong Zhang, Chunming Wang - Huazhong University of Science & Technology

3. Investigation into Laser Refurbishment and Transformation Hardening of Cast IRON Forming Dies for the Automotive Industry (Macro 1203)

Maritha Theron, Corney Van Rooyen, Khoro Malabi - Council for Scientif ic and Industrial Research (CSIR)

MACRO 12: ALUMINUM WELDING

Session Tit le

10:20AM

Time


Chair

BRIAN VICTOR

2. Influence of Welding Parameters on Electromagnetic Supported Degassing of Die-Casted and Wrought Aluminum (Macro 1202)

André Fritzsche, Kai Hilgenberg, Michael Rethmeier - BAM Federal Institute for Materials Research and TestingKai Hilgenberg, Michael Rethmeier - Technical University Berl in, Institute of Machine Tools and Factory Management

1 . Monitoring the Process Pores of Laser-MIG Hybrid Welding with Welding Spectral Information (Macro 1302)

Xin Li , Zhenlin Hu, Ming Gao, Xiaoyan Zeng - Huazhong University of Science and Technology

3. OCT Seam Tracking with Beam Oscil lation (Macro 601)

Jan-Patrick Hermani, Martin Stambke - TRUMPF Laser GmbH

MACRO 13: PROCESS MONITORING I

Session Tit le

10:20AM

Time


Chair

MARKUS KOGEL-HOLLACHER

2. On-Line Quality Monitoring System for Multi-Functional Laser-Based Processing Based on Embedded Vis and Mwir Computer Vision (Macro 1304)

Eva Vaamonde, Jorge Arias, Verónica Panadeiro, Carlos González - AIMEN Technology Center

4. Real-Time Prediction of Quality Characteristics in Laser Beam Welding Using Optical Coherence Tomography and Machine Learning (Macro 602)

Christian Stadter, Maximil ian Schmoeller, Michael Zaeh, Lara Von Rhein - Institute for Machine Tools and Industrial Management, Technical University of Munich

1 . High-Power Diode Laser Cladding up to 50 kW (Macro 1401)

Soern Ocylok, Oleg Raykis - Laserl ine GmbHHolger Hil l ig, Steffen Nowotny, Christoph Leyens - Fraunhofer Institute Material and Beam Technology IWSChristoph Leyens - Technical University of Dresden

3. Study on Surface Morphology and Recast Layer Microstructure of Medium Thickness Stainless Steel Sheets Using High Power Laser Cutting (Macro 1403)

Chongjing Hu, Gaoyang Mi, Chunming Wang - State Key Laboratory of Material Processing and Die & Mould Technology Huazhong University of Science and Technology

MACRO 14: CUTTING AND CLADDING

Session Tit le

10:20AM

Time


Chair

SIMON OLSCHOK

2. Investigation on the Melt Ejection and Burr Formation during Laser Fusion Cutting of Stainless Steel (Macro 1402)

Stoyan Stoyanov, Dirk Petring, Dennis Arntz, Maurice Günder - Fraunhofer Institute for Laser Technology ILTArnold Gil lner, Reinhart Poprave - Chair for Laser Technology LLT

4. Microstructure and Characteristics of Laser Cutting on Cement-Based Materials (Macro 1404)

Youngjin Seo, Dongkyoung Lee, Seungik Son - Kongju National UniversitySukhoon Pyo - Ulsan National Institute of Science and Technology


1 . Effect of Weld Line Shape on Laser Welded Joint Strength of Automotive High Strength Steel Sheets (Macro 1501)

Asato Hara, Yasushi Kitani - JFE Steel Corp.Christoph Leyens - Technical University of Dresden

3. Microstructures from Wire-Fed Laser Welding of High Strength Steel Grades (Macro 1504)

Eva Vaamonde - AIMEN Technology CentreAlexander Kaplan, Jörg Volpp, Jan Frostevarg, Stephanie Robertson, Jonas Näsström - Luleå University of TechnologyAnandkumar Ramasamy, Bert Kalfsbeek - Lincoln Electric EuropeMatthias Höfemann - Salzgitter Mannesmann Forschung GmbH

MACRO 15: STEEL WELDING

Session Tit le

01:20PM

Time


Chair

MARC AUGER

2. Study on Effects of Al-Si Coating Thickness on Welded HPF Steel Joints (Macro 1502)

Xi Chen, Zhenglong Lei, Sanbao Lin, Yanbin Chen, Ze Tian - Harbin Institute of Technology



1 . OCT in Laser Materials Processing – The Solution That Best Suits Customers Needs?! (Macro 1601)

Markus Kogel-Hollacher, Matthias Strebel - Precitec GmbH & Co. KG

3. Monitoring Method of Weld Penetration in Laser Keyhole Welding Irradiated by Laser Auxil iary I l luminant (Macro 1603)

Penghui Zhao, Yi Zhang, Rundong Lu, Jiazhu Wu - Hunan University

MACRO 16: PROCESS MONITORING III

Session Tit le

01:20PM

TimeChair

CHRISTOPHER GALBRAITH

4. Smart Production - on the Way to Autonomous Laser Processing (Macro 1604)

Ruediger Brockmann - TRUMPF Laser- und Systemtechnik GmbH

2. Keyhole Mapping to Enable Closed-Loop Weld Penetration Depth Control for Remote Laser Welding of Aluminium Components Using Optical Coherence Tomography (Macro 1602)

Mikhail Sokolov, Pasquale Franciosa, Rehab Al Botros, Darek Ceglarek - University of Warwick

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1 . Influence of Laser Wavelength on Weld Quality in Bead-On-Plate Welding of Pure Copper with High Intensity Blue Diode Laser (Macro 1701)

Eij i Hori , Masahiro Tsukamoto, Shinichiro Masuno - Joining and Welding Research Institute, Osaka UniversityKento Morimoto, Kazutuki Azumi, Yoshihiko Hayashi, Nobuyuki Abe - Osaka Fuji CorporationYuji Sato - Japan Atomic Energy AgencySusumu Kato - National Institute of Advanced Industrial Science and Technology

3. Laser Welding of Dissimilar Metal Combinations (Macro 1703)

Travis Stempky, Florian Kiefer - TRUMPF

MACRO 17: COPPER WELDING

Session Tit le

01:20PM

Time


Chair

BRANDON SHINN

2. The Influence of Hydrogen, Oxygen and Water Vapor on the Formation of Pores at Welding of Copper Using Laser Light at 515 NM Wavelength (Macro 1702)

Lukas Alter - Robert-Bosch GmbH

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2019_PMedia_ICALEO_8.5x11in.indd 1 7/26/2019 1:23:19 PM

MICRO TRACK SUMMARY

CONFERENCE CHAIRS

Florian Kiefer is currently Manager of Laser Applications for TRUMPF Inc. in North America. He has 10 years of experience in short and ultra short pulsed lasers for industrial and research micro processing applications. Mr. Kiefer has worked with various lasers for developing applications and has held various posit ions in applied laser processing in the US and Germany. Mr. Kiefer holds a degree in Mechanical Engineering from the Duale-Hochschule Baden-Wuerttemberg of Germany.

FLORIAN KIEFER

TRUMPF, INC.

PLYMOUTH, MI USA

Rajesh (Raj) S. Patel , Ph.D., has 30 years of experience in the laser material processing field, is an active member of Laser Institute of America (LIA), SPIE, and OSA and was elected to serve as a President of LIA for year 2009. Currently Raj is a Director of Applications Engineering at NKT Photonics. He has worked with various lasers for developing applications in Flat Panel Displays, microelectronics, semi-conductor, photovoltaics, mobile and medical device manufacturing, and photonic industry. Raj has authored 29 U.S. patents and published and presented more than 125 technical papers and articles related to laser processing, optics, and mask technology.

RAJESH PATEL

NKT PHOTONICS, INC.

SANTA CLARA, CA USA

In a new format for ICALEO 2019, Laser Microprocessing is one of the f ive technical conference track featuring exciting and innovative work of researchers and scientists from around the globe. Laser microprocessing field is on a high growth trajectory with major contributions to advance mobile device manufacturing, semiconductor and microelectronics, and bio-medical industry. Laser microprocessing enables miniaturization and provides accuracy and precision needed to process not only today’s materials but opens doors to process new innovative materials of tomorrow. The conference wil l highlight and capture progress achieved in the f ield by new sources, eff icient beam delivery systems, and innovative processing solutions. We look forward to seeing you al l” .

Florian Kiefer

Trumpf, US

Ulf Quentin

Trumpf, Germany

Haibin Zhang

MKS Instruments, US

Enam Chowdhury

The Ohio State University, US

Corey Dunsky

AEOS Consulting, US

John Lopez

Univ of Bordeaux, France

Carlos Molpeceres

Univ. of Madrid, Spain

Arnold Gillner

Fraunhofer ILT, Germany

Rajesh (Raj) Patel,

NKT Photonics, US

Jack Gabzdyl

SPI Lasers, UK

Beat Neuenschwande

Bern University, Switzerland

Jeff Allison

Abbott, US

Stefan Nolte

Fraunhofer UOF, Germany




TECHNICAL SESSIONS

MONDAY, OCTOBER 7

2. Investigation of Laser Beam Scanning Strategies for 100 W Nanosecond Pulsed Fibre Laser Engraving of Metals. (Micro 202)

Stephen Dondieu, Krystian Wlodarczyk, Robert Reuben, Duncan Hand - Heriot-Watt UniversityPaul Harrison, Adam Rosowski, Jack Gabzdyl - SPI lasers

MICRO 2: AEROSPACE METAL DRILLING & ENGRAVING

Session Tit le

1 . Dri l l ing of Longitudinally Shaped Deep Micro Holes in Tool Steel Using Ultra-Short Laser Pulses (Micro 201)

Manuel Henn, Rudolf Weber, Thomas Graf, Daniel Förster - Institute for Laser Technology (IFSW)Mathias Liewald, Gerd Reichardt - Institute for Metal Forming Technology (IFU)

03:20PM

Time

MONDAY, OCTOBER 7

3. Laser Marking of 2D Patterns from DXF Files (Micro 104)

Slimane Messaoud, Mohamed Bey - CDTA

2. Ultrafast Laser Hybrid Fabrication of Hierarchical 3d Structures of Nanorods on Microcones for Superhydrophobic Surfaces with Excellent Cassie State Stabil ity and Mechanical Durabil ity (Micro 102)

Rui Pan, Mingyong Cai, Weij ian Liu, Xiao Luo, Changhao Chen, Hongjun Zhang, Minl in Zhong - Tsinghua University

MICRO 1: SURFACE MODIFICATION & PREPARATION

Session Tit le

1 . Modification Effect of High Repetit ion Frequency Pulse Laser Cleaning on the Surface of TA15 Titanium Alloy (Micro 101)

Chunming Wang, Gaoyang Mi, Bowen Liu - State Key Laboratory of Material Processing and Die & Mould Technol-ogy, Huazhong University of Science and Technology

01:20PM

Time


TUESDAY, OCTOBER 8

3. Laser Marking and Coloration of Ti-6Al-4V with Ultra-Short Pulses (Micro 303)

Norbert Ackerl , Pascal Gugger, Konrad Wegener - ETH Zurich

4. Evaluation of Laser Cleaning of Biofi lm Contamination on Aluminum Alloy (Micro 304)

Ze Tian, Zhenglong Lei, Xi Chen, Yanbin Chen - Harbin Institute of Technology

2. Observation of Single Ultra-Short Laser Pulse Generated Periodic Surface Structures on Line-Like Defects (Micro 302)

Norbert Ackerl , Konrad Wegener - ETH Zurich

MICRO 3: SURFACE MODIFICATION

Session Tit le

1 . Influences on the Incubation Effect in Ultra-Short Pulse Laser Ablation by Beam Shaping (Micro 301)

Marco Smarra - Laser Center of the University of Applied Sciences Muenster

10:20AM

Time

TUESDAY, OCTOBER 8

3. Investigation on Fiber Laser Irradiation of Transparent Polycarbonate (Micro 403)

Zhongke Wang - Singapore Institute of Manufacturing Technology (SIMTech)

4. Analysis of the Interaction Process During Laser Transmission Welding of Multi layer Polymer Fi lms with Adapted Laser Wavelength by Numerical Simulation and Thermography (Micro 404)

Maximil ian Brosda, Arnold Gil lner, Alexander Olowinsky, Phong Nguyen - Fraunhofer Institute for Laser Technology ILT

2. Fabrication of Micro/Nano Fluidic Si l icon Moulds by a Mix-and-Match Methodology (Micro 402)

Tamara Delgado, Sara M. Vidal , Nerea Otero, Pablo Romero - AIMEN, Technology CentrePatrícia Sousa, Jordi Llobet, Joao Gaspar, Carlos Calaza - International Iberian Nanotechnology Laboratory (INL)

MICRO 4: LASER MICROMACHINING OF POLYMERS

Session Tit le

1 . Ultrafast Laser Processing of Composite Materials (Micro 401)

Tara Murphy, Rajesh Patel - NKT Photonics

01:20PM

Time


TUESDAY, OCTOBER 8

2. Real-Time, ISO 11146–1 Compliant M-Squared Measurement System with Novel Ghost Suppression Technology (Micro 503)

Michael Scaggs, Gilbert Haas - Haas Laser Technologies, Inc.

MICRO 5: MICRO 5

Session Tit le

1 . Investigation of Non-Optical-Contact Glass Welding with Ultrafast Laser (Micro 501)

Bin He - State Key Laboratory of Transient Optics and Photonics, Xi ’an Institute of Optics and Precision Mechanics of CASAlexander Olowinsky - Fraunhofer Institute for Lasertechnology, ILT

03:20PM

Time


2. Paral lel Processing with Dynamic Beam Shaping (Micro 602)

Eric Audouard, Martin Delaigue, Axel Chambinaud, Clemens Hoenninger, Konstantin Mishchik, Eric Mottay - Amplitude

3. Paral lel ized Laser Writing with Acousto-Optofluidics (Micro 603)

Alessandro Zunino, Salvatore Surdo, Martí Duocastel la - Istituto Ital iano di TecnologiaAlessandro Zunino - University of Genoa

4. Optical Stamping by Ultrashort Laser Pulses in Combination with a SLM Based Flexible Beam Shaper and a Fully Synchronized Galvo Scanner (Micro 604)

Beat Neuenschwander, Markus Gafner, Stefan Remund - Bern University of Applied SciencesStefan Eifel - Pulsar Photonics GmbH

MICRO 6: PROCESS OPTIMIZATION THROUGH OPTICAL CHARACTARISTIC CHANGES

Session Tit le

1 . Polarization-Dependent Bulk Modification of SiO2 by a Femtosecond Laser with Pulse-Front Ti lt (Micro 601)

Cheng-Wei Wang, Yu-Xing Zhao - Suzhou Delphi Laser Co., LtdCheng-Wei Wang, Hong-Jin Li , Quan-Zhong Zhao, Huai-Hai Pan, Jing Qian, Guan-De Wang - Shanghai Institute of Optics and Fine MechanicsAlexander Olowinsky - Fraunhofer Institute for Lasertechnology, ILT

10:20AM

Time



2. Experimental Investigation and Numerical Modeling of Ultrafast Laser Processing in Copper with ~GHz Bursts (Micro 702)

Zhibin Lin, Hisashi Matsumoto, Jan Kleinert - MKS Instruments, Inc.

3. Laser Processing of Dielectrics Using Spatiotemporally Tuned Ultrashort Pulses (Micro 703)

Boyang Zhou, Aravinda Kar, M.J. Soileau, Xiaoming Yu, Arifur Rahaman, Xinpeng Du - University of Central Florida

4. Absorption and Temperature Distribution during Ultrafast Laser Microcutting of Polymeric Materials (Micro 704)

Arifur Rahaman, Xinpeng Du, Boyang Zhou, He Cheng, Aravinda Kar, Xiaoming Yu - CREOL, The College of Optics & Pho-tonics, University of Central Florida, Orlando, Florida 32816, USA.

MICRO 7: PROCESS ANALYZIS & SIMULATION MODELSTARISTIC CHANGES

Session Tit le

1 . Time-Dependence of the Thermal Damage of the Resin Allows Pulsed Laser Micro Welding of Printed Circuit Boards (Micro 701)

Eveline Reinheimer, Rudolf Weber, Thomas Graf - Institut für Strahlwerkzeuge (IFSW)

10:20AM

Time


2. High Speed UV Processing with High Power Femtosecond Lasers (Micro 802)

Jorge Sanabria, Martin Delaigue, Konstantin Mishchik, Eric Audouard, Eric Mottay, Clemens Hoenninger - Amplitude

3. DUV Excimer Laser Processing for the Micro via Hole on Semiconductor Package (Micro 803)

Junichi Fujimoto, Masakazu Kobayashi, Akira Suwa, Akira Mizutani, Yasufumi Kawasuji , Masaki Arakawa, Takashi Onose, Hakaru Mizoguchi - Gigaphoton Inc.

4. DUV Laser Processing of Ceramic Matrix Composites (CMC) in the Atmosphere (Micro 804)

Yasuhiro Kamba, Ryoichi Nohdomi, Taisuke Miura, Hironori Igarashi, Hiroaki Oizumi, Atsushi Fuchimukai, Chen Qu, Yuuki Tamaru, Yohei Tanaka, Yuujirou Sasaki, Yoshihiko Murakami, Junichi Fujimoto, Hakaru Mizoguchi - Gigaphoton Inc.

MICRO 8: UV MICROMACHININGCHANGES

Session Tit le

1 . Flex Printed Circuit Processing with Industrial Picosecond Uv Lasers (Micro 801)

Terence Holl ister, Jim Bovatsek - MKS Spectra-Physics

01:20PM

Time



2. High Quality Bessel Beam Generation through Reflective Axicon for Glass Microprocessing (Micro 902)

Antonin Bil laud, Gwenn Pall ier, Pu Jian, Olivier Pinel , Guil laume Labroil le - CailabsArndt Hohnholz, Jürgen Koch, Maik Steinbach, Oliver Suttman - Laser Zentrum Hannover

3. High Aspect Ratio and High Quality Microchannels in Fused Sil ica by Ultrafast Laser Dri l l ing (Micro 903)

Xiao Jia, Xin Zhao - Clemson University

4. Anti-Counterfeit ing Microstructures Induced by Ultrashort Laser Pulses (Micro 904)

Quanzhong Zhao, Jing Qian - Shanghai Institute of optics and fine mechanics

MICRO 9: GLASS PROCESSINGTARISTIC CHANGES

Session Tit le

1 . Study of Beam Characteristics on Femtosecond Laser Trimming (Micro 901)

Sanghoon Ahn, Jiyeon Choi, Jiwhan Noh, Changkyoo Park - Korea Institute of Machinery and Materials

01:20PM

Time


2. Laser Based Metall ization Using Si lver Pastes (Micro 1003)

Carlos Molpeceres, Miguel Morales, David Canteli , David Muñoz-Martin, Sara Lauzurica, Andres Marquez, Juan Jose More-no, Alberto Minguez, Cristina Muñoz - Centro Láser. Universidad Politécnica de Madrid

MICRO 10: WIRE AND METAL PROCESSING

Session Tit le

1 . Laser Direct Assembly of ZnO Nanowires for Functional Device Fabrication (Micro 1001)

Jing Long, Chengyiran Wei, Ruiqing Wang, Wei Xiong - Huazhong University of Science and TechnologyYing Liu, Yongfeng Lu, Chengchangfeng Lu - University of Nebraska-Lincoln

03:20PM

Time


MICRO 11: PROCESS EFFICENCY INCREASE

Session Tit le

03:20PM

Time

1. Ultrashort Pulse Beam Splitt ing: Frequency versus Energy (Micro 1101)

Tony Lee, Hatim Haloui, Ed Rea - coherent

2. GHz Processing with Femtosecond Pulses (Micro 1102)

John Lopez, Inka Manek-Hönninger - University of BordeauxGuil laume Bonamis, Konstantin Mishchik, Eric Audouard, Clemens Hoenninger, Eric Mottay - Amplitude



2. Experimental Research of Picosecond Laser Based Edge Preparation of Cutting Tools (Micro 1203)

Yiyun Kang, Hicham Derouach, Thomas Herrmann, Johannes L’Huil l ier, Niklas Berger - Photonik-Zentrum

3. Hole Dri l l ing Capabil it ies Using an Ultrafast Variable Pulse Duration Laser (Micro 1204)

Zhen Wang, Ryan Wright, Florian Kiefer, Nathan Mathew - TRUMPF, INC.

MICRO 12: METAL MICROMACHINING

Session Tit le

1 . Development in Dry Metal Forming - Structuring ta-C Coated Tools with Direct Laser Interference Patterning and Ultra-Short Pulsed Lasers to Reduce Friction and Wear (Micro 1201)

Theresa Jähnig, Andrés Lasagni - Technische Universität DresdenTeja Roch - Fraunhofer Institute for Material and Beam Technology IWS DOCAndrés Lasagni - Fraunhofer Institute for Material and Beam Technology IWS

10:20AM

Time


2. Reducing of Heat-Affected Zone on Si(111) by a Pulse Laser Bessel Beam (Micro 1302)

Erkan Demirci , El if Aksit Kaya, Ramazan Sahin - Informatics and Information Security Research Center, Tubitak-Bilgem 41470, TurkeyRamazan Sahin - Department of Physics, Faculty of Science, Akdeniz University 07058, Turkey

3. Effect of Optical Properties on Laser Heating of Microdroplet Nanosuspensions (Micro 1303)

Tianyi Li , Ranganathan Kumar, Aravinda Kar - University of Central Florida

MICRO 13: MICRO 13

Session Tit le

1 . Thermal Response of Bessel Beam-Heated Microdroplets Carrying Nanoparticles for Deposition (Micro 1301)

Ranganathan Kumar, Aravinda Kar - University of Central FloridaEduardo Casti l lo-Orozco - Escuela Superior Politécnica del Litoral

10:20AM

Time

Highest beam quality: Average power: Pulse energy: Pulse length: Pulse rep. rate: Flexible triggering:

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2. On the Influence of TiB2, TiC and TiN Hard Particles on the Microstructure of Localized Laser Dispersed AISI D2 Tool Steel Surfaces (Micro 1402)

Felix Spranger, Kai Hilgenberg, Arne Kromm - Federal Institute for Materials Research and TestingStephan Schirdewahn, Marion Merklein - Institute of Manufacturing Technology, Friedrich-Alexander-Universität Erlan-gen-Nürnberg (FAU)Kai Hilgenberg - Technical University Berl in, Institute for Machine Tools and Factory Managementtak-Bilgem 41470, Tur-keyRamazan Sahin - Department of Physics, Faculty of Science, Akdeniz University 07058, Turkey

3. A Comprehensive Review on Laser Conditioning and Structuring of Superhard Abrasive Grinding Wheels (Micro 1403)

Bang Hu, Genyu Chen, Yanyi Wang, Jiu Yin, Wei Zhou - State Key Laboratory of Advanced Design and Manufacturing for Vehicle BodyBang Hu, Genyu Chen, Yanyi Wang, Jiu Yin, Wei Zhou - Laser Research Institute of Hunan University

4. Three-Dimensional Writing inside Si l icon Using a 2-µM Picosecond Fiber Laser (Micro 1404)

M Chambonneau, O Utéza, D Grojo - Aix-Marseil le Univ. , CNRS, LP3 UMR 7341L Lavoute, D Gaponov, M Castaing - NovaeV Fedorov, S Tzortzakis - Science Program, Texas A&M University at QatarV Fedorov - P. N. Lebedev Physical Institute of the Russian Academy of Sciences

MICRO 14: NON-METAL PROCESSING

Session Tit le

1 . Selective Surface Activation Induced by Laser (SSAIL) – a Method for Electronic Circuit Traces Fabrication Using Laser-Assisted Local Electroless Copper Plating Process (Micro 1401)

Gediminas Raciukaitis, Karolis Ratautas, Vytautas Vosylius, Ina Stankeviciene, Aldona Jagminiene, Eugenijus Norkus - Center for Physical Sciences and Technology - FTMC

01:20PM

Time

Owing to distinct advantages including environmental fr iendliness, decent fabrication efficiency, wide coverage of materials, versal ity of processing types, and flexibi l ity in terms of geometry, laser nanomanufacturing has emerged to become an efficient tool for producing both nanostructures and nanomaterials as spurred by the inexhaustible new findings in the sophisticated interaction of l ight f ields with matters. The Laser Nanomanufacturing Conference of ICALEO 2019 is intended to provide deep insight of the latest achievements in the f ields of laser nanofabrication and nanoengineering for creation of novel nanostructures and nanomaterials. The topics of the conference include two-photon polymerization, laser synthesis and treatment of nanomaterials, 3D micro/nanoprinting, interference nanopatterning, manipulated laser beam processing, and laser-induced surface nanostructuring, etc. The conference program for the three-day event consists of one keynote paper, 15 invited papers and 18 regular papers for the total of 34 oral presentations.

Some of the remarkable achievements in recent years in this vibrant f ield are highlighted as fol lows. The conference wil l begin with a keynote presentation given by Prof. John Fourkas from University of Maryland, who wil l discuss nanotexturing of various surfaces using laser nanofabrication for investigating cell behaviors. Another example of laser surface structuring is to real ize large-scale ultralow-loss photonic integrated circuits on crystal l ine l ithium niobate nano-membranes using femtosecond laser direct writ ing, which wil l be reported by Prof. Ya Cheng from Shanghai Institute of Optics and Fine Mechanics. Moving to 3D nanomanufacturing, Dr. Eva Blasco from Karlsruhe Institute of Technology wil l speak about the design and preparation of functional polymeric materials for 3D laser l ithography, which is of vital importance for additive micro-/nano-printing application. The discussion on the laser nanomanufacturing of novel functional materials wil l be extended to hydrogel by Prof. Mitsuhiro Terakawa from Keio University. In particular, the physical and chemical properties of the hydrogel can be 3D tai lored by laser irradiation, enabling formation of composite micro/nanostructures. Laser provides not only a tool for nanostructuring but also a means for manipulating micro/nanoscale objects, which is highly desirable in the future nanomanufacturing. Prof. Min Qiu from Westlake University wil l demonstrate how to tackle the formidable challenges on l ight-driven motions of microsized objects in nonliquid environments using tai lored laser pulses.

The achievements mentioned above wil l be reported in the fol lowing five presentations:

Nanotextured Surfaces for Studying and Controlling Cellular Behavior

Chemo-mechanical Polish Lithography: A Pathway to Low-Loss Large-Scale Photonic Integration on Lithium Niobate on Insulator

Advanced Materials for 3D Laser Lithography

Laser-based Fabrication of Composite Structures in a Hydrogel

Laser-driven Motors in Nonliquid Environments

Ya Cheng received his BS degree from Fudan University and his Ph.D. from Shanghai Institute of Optics and Fine Mechanics (SIOM). Currently Ya Cheng is a Professor of SIOM and serves as the Dean of School of Physics and Materials Science, East China Normal University. He has co-authored more than 200 papers in peer reviewed journals which have been cited nearly 7,000 times (Database: Web of Science, H-index 42). He is a council member of Chinese Optics Society and a Fellow of the Institute of Physics, UK.

YA CHENG

SHANGHAI INST. OPTICS

AND FINE MECHANICS

SHANGHAI SHI, CHINA

Prof. Koji Sugioka is a Team Leader of Advanced Laser Processing Research Team at RIKEN Center for Advanced Photonics. He is currently a member of the board of directors for the Laser Institute of America (LIA), Japanese Laser Processing Society, and the Japan Society of Laser Technology, a council member of the International Academy of Photonics and Laser Engineering (IAPLE), and a Fellow of SPIE-the international society for optics and photonics, Optical Society of America, LIA, and IAPLE. He is also an editor-in-chief of Journal of the Laser Micro/Nanoengineering and an editor of Opto-Electronic Advances, and Advanced Optical Technology, and International Journal of Extreme Manufacturing. He was awarded the Doctor Honoris Causa from University of Szeged, Hungary.

PROF. KOJI SUGIOKA

RIKEN

WAKO, SAITAMA,

AND JAPAN

NANO TRACK SUMMARY

CONFERENCE CHAIRS



Koji Sugioka

RIKEN, Saitama, Japan

Jiyeon Choi

Korea Institute of Machinery and Materials, South Korea

Masaki Hashida

Kyoto University, Japan

Yan Li

Peking University of China, China

Alberto Pique

US Naval Research Laboratory, Washington, D.C., USA

Xinwei Wang

Iowa State Univ. , Ames, IA, USA

Jie Qiao

Rochester Int. Tech., New York, USA

Daisuke Nakamura

Kyushu University, Japan

Ya Cheng

Shanghai Inst. Optics and Fine Mechanics, China

Marti Duocastella

Ist ituto Ital iano di Tecnologia, Italy

Anming Hu

Univ. of Tennessee at Knoxvil le, Tennessee, USA

Yongfeng Lu

University of Nebrasca Lincoln, USA

Gediminas Račiukait iCenter for Physical Sciences and Technology, Lithuania

Wei Xiong

Huazhong Univ. of Science and Technology, Wuhan, China

Roberto Osellame

Ist ituto di Fotonica e Nanotecnologie (IFN), CNR, Italy

Yves Bellouard

EPFL, Switzerland

Bilal Göcke

University of Duisburg Essen

Sungho Jeong

Gwangju Inst. of Science and Technology, Gwangju, South Kore

Masoud Mahjouri-Samani

Auburn Univ. , Auburn, AL, USA

Mitsuhiro Terakawa

Keio Univ. , Yokohama, Japan

Xiaoming Yu

CREOL, UCF, Orlando, USA

Aleksandr Ovsianikov

Technische Universität Wien, Austria



TECHNICAL SESSIONS

MONDAY, OCTOBER 7

3. Highly Sensit ive Flexible Sensor Development by Selective Digital Laser Sintering of Nanomaterials (Nano 103)

Seung Hwan Ko - Seoul National University

2. Two-Photon Polymerization of Blended Resin Mixtures for 3D Nanofabrication of Functional Structures (Nano 102)

Yongfeng Lu, Peixun Fan, Ying Liu, Li j ia Jiang - University of Nebraska-LincolnWei Xiong - Huazhong University of Science and TechnologyLan Jiang - Beij ing Institute of TechnologyJean-François Si lvain - Institut de Chimie de la Matière Condensée de Bordeaux

NANO 1: ADVANCED NANOMANUFACTURING

Session Tit le

1 . Nanotextured Surfaces for Studying and Controll ing Cellular Behavior (Nano 101)

John Fourkas, Wolfgang Losert - University of Maryland

10:20AM

TimeChair

KOJI SUGIOKA

TUESDAY, OCTOBER 8

3. Precise 4D Printing of Functional Devices via Two-Photon Hydrogelation (Nano 203)

Wei Xiong, Jingwei Liu, Leimin Deng, Xuhao Fan, Chunsan Deng, Yufeng Tao, Jing Long, Yongfeng Lu - Wuhan National Laboratory for Optoelectronics, Huazhong University of Science and TechnologyYongfeng Lu - Department of Electrical and Computer Engineering, University of Nebraska-Lincoln

4. Centimeter-Scale Femtosecond Laser 3D Printing in Polymer and Glass (Nano 204)

Wei Chu, Peng Wang, Ya Cheng - Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of SciencesYa Cheng - East China Normal University

2. Recent Advancements in Femtosecond Laser-induced Fabrication of Pure 3D Proteinaceous Microstructures (Nano 202)

Daniela Serien, Hiroyuki Kawano, Atsushi Miyawaki, Koji Sugioka - RIKEN

NANO 2: 3D NANOPRINTING

Session Tit le

1 . Advanced Materials for 3D Laser Lithography (Nano 201)

Eva Blasco - Karlsruhe Institute of Technology

10:20AM

TimeChair

YA CHENG


TUESDAY, OCTOBER 8

3. Photopolymerization Process Using Laser Interference Lithography (Nano 303)

Evaldas Stankevicius, Gediminas Raciukaitis - Center for Physical Sciences and Technology - FTMC

4. A Facile Method to Fabricate a Novel 3D Porous Si l icon/Gold Architecture for Surface Enhanced Raman Scattering (Nano 304)

Ting Huang - Beij ing University of TechnologyYa Cheng - East China Normal University

2. Fabrication of Nanostructures by Interference Laser Processing and Beam Shaping Technique (Nano 302)

Yoshiki Nakata - Osaka University

NANO 3: NANOPATTERNING

Session Tit le

1 . Laser Additive Patterning for Biomedical Applications by Laser-Induced Transfer (Nano 301)

Ayako Oyane, Aiko Narazaki - National Institute of Advanced Industrial Science and Technology (AIST)Hirofumi Miyaji - Hokkaido University Hospital

01:20PM

TimeChair

YVES BELLOUARD

TUESDAY, OCTOBER 8

3. Picosecond Laser-Induced Periodic Surface Structures on Alloys in Liquids (Nano 403)

Ruksan Nadarajah, Bi lal Gökce, Stephan Barcikowski - University of Duisburg-Essen, Technical Chemistry I and Center for Nanointegration Duisburg-Essen (CENIDE)Center for Nanointegration Duisburg-Essen (CENIDE)

4. Surface Functionalization by Laser-Induced Periodic Surface Structures (Nano 404)

Camilo Florian Baron, Sabrina V. Kirner, Jörg Krüger, Jörn Bonse - Bundesanstalt für Materialforschung und –prüfung (BAM)

2. Laser-Induced Periodic Surface Structures on Glass by Ultrafast Laser Irradiation (Nano 402)

Xin Zhao - Clemson University

NANO 4: SURFACE NANOSTRUCTURING

Session Tit le

1 . Novel Hierarchical Micro/Nanostructures Created by Femtosecond Laser Ablation of Si l icon in Liquids (Nano 401)

Dongshi Zhang, Koji Sugioka - RIKENHirofumi Miyaji - Hokkaido University Hospital

01:20PM

TimeChair

MASAKI HASHIDA


TUESDAY, OCTOBER 8

3. Preparation of Nanoparticles by Laser Process in Liquid and Their Biomedical Applications (Nano 503)

Hiroyuki Wada - Tokyo Institute of Technology

2. Preparation of Chloroaluminium Phthalocyanine Nanoparticles by Laser Ablation in Liquid and Their Photoacoustic Imaging (Nano 502)

Hiroyuki Wada, Teruki Akimori , Kentaro Nakamura - Tokyo Institute of TechnologyTsuyoshi Asahi - Ehime University

NANO 5: NANOMATERIAL SYNTHESIS

Session Tit le

1 . Fabrication of ZnO Nano/Micro Particles by Optical Vortex Pulse I l lumination (Nano 501)

Miki Kawamoto, Hiroki Oshima, Mitsuhiro Higashihata, Hiroshi Ikenoue, Daisuke Nakamura - Graduate School of Information Science and Electrical Engineering, Kyushu University

03:20PM

TimeChair

YOSHIKI NAKATA

TUESDAY, OCTOBER 8

3. In-Situ Monitoring of Femtosecond Laser-Induced Modifications in Dielectrics Using Digital Holographic Microscopy (Nano 603)

Olivier Bernard, Yves Bellouard - Ecole Polytechnique Fédérale de Lausanne (EPFL)

4. Pulse Width Dependence of Heat Accumulation in Ultrashort Pulse Laser Processing (Nano 604)

Yohei Kobayashi - The university of TokyoAiko Narazaki, Hideyuki Takada, Dai Yoshitomi, Kenji Torizuka - National Institute of Advanced Industrial Science and Technology (AIST)

2. Chemo-Mechanical Polish Lithography: A Pathway to Low Loss Large Scale Photonic Integration on Lithium Niobate on Insulator (Nano 602)

Min Wang, Rongbo Wu, Jintian Lin, Jianhao Zhang, Zhiwei Fang, Ya Cheng - State Key Laboratory of High Field Laser Physics, Shanghai Institute of Optics and Fine Mechanics, Chinese Academy of SciencesMin Wang, Zhiwei Fang, Junxia Zhou, Zhifang Chai, Ya Cheng - State Key Laboratory of Precision Spectroscopy, East Chi-na Normal UniversityMin Wang, Zhiwei Fang, Junxia Zhou, Zhifang Chai, Ya Cheng - XXL—The Extreme Optoelectromechanics Laboratory, School of Physics and Materials Science, East China Normal University

NANO 6: FUNDAMENTALS & APPLICATIONS OF NANOMANUFACTURING

Session Tit le

1 . Process for Scalable Fabrication of Low AC Loss HTS Conductors (Nano 601)

Joseph Prestigiacomo, Raymond Auyeung, Michael Osofsky - US Naval Research Laboratory

03:20PM

TimeChair

GEDIMINAS RAČIUKAITIS



3. Laser-Based Fabrication of Composite Structures in a Hydrogel (Nano 704)

Mitsuhiro Terakawa, Ryo Sano, Manan Machida, Hiroaki Onoe - Keio University

2. 3D Metal Microprinting Enabled by Ultrashort Laser Fabricated Glass Molds and Microfluidic Electroless Plating (Nano 703)

Jian Xu, Chengbin Jing, Ya Cheng - East China Normal UniversityYa Cheng - Shanghai Institute of Optics and Fine Mechanics

NANO 7: 3D NANOMACHINING

Session Tit le

1 . Femtosecond Lasers Applications in Micromechanics: From Tunable Non-Linear Resonators to New Insights in Fracture Mechanics and beyond (Nano 701)

Yves Bellouard, Pieter Vlugter, Enrico Casamenti , Benjamin Mcmil len, Christos Athanasiou, Tao Yang - Ecole Polytechnique Fédérale de Lausanne (EPFL)of Information Science and Electrical Engineering, Kyushu University

10:20AM

TimeChair

WEI XIONG


3. Laser-Induced Metal-Oxide Conversion and Graphene Ablation for the Production of Metal-Oxide Thin-Film Transistors (Nano 803)

Maren Kasischke, Evgeny Gurevich, Andreas Ostendorf - Applied Laser Technologies, Faculty of Mechanical Engineering, Ruhr University BochumErsoy Subaş ı , Ulr ich Kunze - Electronic Materials and Nanoelectronics, Faculty of Electrical Engineering and Information Technology, Ruhr University BochumClaudia Bock - Microsystems Technology, Faculty of Electrical Engineering and Information Technology, Ruhr University BochumShizhou Xiao, Keming Du - EdgeWave GmbHDuy-Vu Pham - Evonik Resource Efficiency GmbH, Electronic Solutions

2. Unconventional Nonlinear Optical Responses from Doped Graphene (Nano 802)

Weitao Liu - Department of Physics, Fudan University

4. ‘Augmented Craftsmanship’ : Femtosecond Lasers Coupled to Advanced Haptic Feedback Meet Artistic Expression (Nano 804)

Julien Gateau, David Lambelet, Yves Bellouard - EPFL – École polytechnique fédérale de Lausanne

NANO 8: NANOMATERIAL TREATMENT

Session Tit le

1 . Exciton Ultrafast Dynamics at the 2D-TMD/Perovskite Nano-Interface (Nano 801)

Aziz Boulesbaa - California State University Northridge

01:20PM

TimeChair

XIAOMING YU


3. Micro-/Nano-Fabrication Using Bessel-Beam Activated Photopolymerization (Nano 903)

Mingman Sun, Meng Zhang - Department of Industrial and Manufacturing Systems Engineering, Kansas State UniversityHe Cheng, Chun Xia, Xiaoming Yu - CREOL, The College of Optics and Photonics, University of Central FloridaStephen Kuebler - Department of Chemistry, University of Central Florida

2. Dri l l ing Nanoscale Hole in Optical Materials with Ultrashort Bessel Beam and Its Applications (Nano 902)

Guanghua Cheng - Northwestern Polytechnical UniversityXin Liu, Guodong Zhang - Xi an Institute of Optics and Precision Mechanics of CASRazvan Stoian - Laboratoire Hubert Curien, UMR 5516 CNRS

4. Uniform LIPSS on Titanium Irradiated by Two Color Double Pulse Beam of Femtosecond Laser (Nano 904)

Masaki Hashida, Shunsuke Inoue, Shuji Sakabe, Yuki Furukawa - Kyoto UniversityNaoki Shinohara, Masahiro Tsukamoto, Shinichiro Masuno - Osaka UniversityHitoshi Sakagami - National Institute for Fusion ScienceMitsuhiro Kusaba - Osaka Sangyo University

NANO 9: TAILORED NANOMANUFACTURING

Session Tit le

1 . Confining Intense Laser-Matter Interaction for the Processing of Transparent Dielectrics (Nano 901))

Francois Courvoisier, Jesus Del Hoyo, Rémi Meyer, Cyri l Bi l let, Luca Furfaro, Remo Giust, Luc Froehly - FEM-TO-ST, CNRS and Univ Bourgogne-Franche-Comte

03:20PM

TimeChair

MITSUHIRO TERAKAWA

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Aravinda Kar

University of Central Florida, Orlando, FL USA

Nathaniel Quick

The Laser Institute, Orlando, FL, USA

TECHNICAL SESSIONS

Chair

STAN REAM


2. KW-Class Laser Welding with Beam Sources in the Visible Wavelength Area (BSEC 102)

Tim Hesse, Oliver Bocksrocker - TRUMPF Laser- und Sytemtechnik GmhHDavid Havri l la - TRUMPF Laser Technology CenterDold Eva-Maria - TRUMPF Laser GmbH

BSEC 1: NEW LASERS FOR BATTERY/ELECTRIFICATION WELDING

Session Tit le

1 . Laser Applications in Automotive Battery Powertrain Production (BSEC 101)

Leonid Lev, Steffen Mueller, Ashish Dasgupta - IPG Photonics

10:20AM

Time


BATTERY TRACK SUMMARY

Mr. Ream is a pioneer in the development of laser materials processing technologies. Starting in the ‘70s with his participation in high-power laser welding development for the Air Force, Navy, and NASA, Mr. Ream has continued to contribute to a broad range of laser applications and production implementations. Through his previous diverse employment experiences, including Sciaky Bros. , AVCO Everett Research Laboratories, I IT Research Institute, Battel le, Amada, GE Fanuc, Worthington Industries (TWB), and Edison Welding Institute (EWI), Mr. Ream has gained a broad perspective on the technological and marketing forces that have shaped the laser materials processing world.

STAN REAMEWICOLUMBUS, OH USA

manufacturing field. Battery tabs, buss bars, enclosures, interconnects, and even the batteries themselves are all candidates for laser processing. And, while much of the detailed design and development activity is shrouded in an IP cloud, the laser process developers in this track are able to present important new “tools” to address well-known challenges.“

The revolution in battery applications is influencing every segment of our world. New, high-power, long-lasting, rechargeable batteries are powering everything from cell phones to locomotives, plus many stops along the way for items like drones, scooters, cars, boats, homes, satellites, renewable back-up power, and on, and on. This truly represents a revolution in electric power. Laser processing (welding, cutting, surface modification) for batteries and related components is a subject of very strong development and increasing application in this


CONFERENCE CHAIR

Chair

MARK ZEDIKER

3. Short Pulse Laser Welding of Aluminum and Copper Alloys in Dissimilar Configuration (BSEC 103)

Alessandro Ascari , Alessandro Fortunato, Vincenzo Dimatteo - University of Bologna

4. Laser Welding Components for Electric Vehicles with a High-Power Blue Laser System (BSEC 104)

Mark Zediker, Robert Fritz, Mathew Finuf, Jean Michel Pelaprat - NUBURU INC.



2. Processing of Li Ion Battery Foils with Ns Fiber Lasers (BSEC 202)

Adam Rosowski, Jack Gabzdyl - SPI LasersDaniel Capostagno - SPI Lasers LLC

3. Improving Fast-Charging Performance of Lithium-Ion Batteries through Laser Patterning (BSEC 203)

Chenglin Yang, Kuan-Hung Chen, Neil Dasgupta, Jyoti Mazumder, Yichen Wang - University of Michigan

4. Paving the Way for Industrial Ultrafast Laser Structuring of Lithium-Ion Battery Electrodes by Increasing the Scanning Accuracy (BSEC 204)

Jan Bernd Habedank, Michael Zaeh - Technical University of MunichDaniel Schwab, Bernhard Kiesbauer - ARGES GmbH

5. Pulsed Laser-Assisted Synthesis of Defect-Rich NiFe-Based Oxides for Efficient Oxygen Evolution Reaction (BSEC 301)

Mingyong Cai, Rui Pan, Weij ian Liu, Xiao Luo, Changhao Chen, Hongjun Zhang, Minl in Zhong - Tsinghua University

BSEC 2: IMPROVING BATTERY PERFORMANCE THROUGH LASER PROCESSING

Session Tit le

1 . Advances on Ultrashort Fiber Laser Processing (BSEC 201)

Marco Mendes, Xiangyang Song, Johanna Ylanen, Brian Baird, Liam Momsen, David Clark, Vi jay Kancharla - IPG Photonics Corporation

01:20PM

Time


POSTER SESSION

1 . Impact of the Thermally Induced Focus Shift on the Quality of a Laser Cutting Edge (Poster 101)

Leonie Tatzel , Fernando Puente León - Karlsruhe Institute of Technology: Institute of Industrial Information TechnologyLeonie Tatzel - TRUMPF Werkzeugmaschinen GmbH + Co. KG

2. Suppressing of Equiaxed Zone Formation in Electrical Current Assisted Laser Welding of AA2060 Al-Cu-Li Alloy (Poster 102)

Rongshi Xiao - Beij ing University of TechnologyTechnologyLeonie Tatzel - TRUMPF Werkzeugmaschinen GmbH + Co. KG

3. Development of All-Fiber Coherent Beam Combining Optical Amplif ier System toward Higher Output of the Fiber Laser (Poster 103)

Yusuke Takahashi, Tetsuya Yamazaki, Minoru Yoshida - Kindai University

4. Sub-Nanosecond ArF Hybrid Laser for Laser Micromachining (Poster 104)

Yuuki Tamaru, Hironori Igarashi, Chen Qu, Atsushi Fuchimukai, Yoshihiko Murakami, Yasuhiro Kamba, Taisuke Miura, Junichi Fujimoto, Hakaru Mizoguchi - GIGAPHOTON INC.

5. Research on the Removal Mechanism of Laser Cleaning Corrosion Layer on Miner Equipment (Poster 106)

Mingliang Ma, Jianfeng Li , Xing Wang - Shandong University

6. Microstructure and Mechanical Properties of Aluminum Alloy Prepared by Laser-Arc Hybrid Additive Manufacturing (Poster 107)

Guangyi Ma, Miaoran Liu, Dehua Liu, Jingling Yu, Fangyong Niu, Dongjiang Wu - Dalian University of Technology

7. Integrated Artif icial Joints via Local Laser Modifications (Poster 109)

Monan Liu, Bing Han, Hong-Bo Sun - Ji l in University

8. Research on Image Capturing Technology in High-Speed Laser Welding Based on Machine Vision (Poster 110)

Lingling Zhang - Shanghai institute of laser technology

9. Electric Evaluation of Hybrid Laser-TIG Welding: Interaction between Arc and Laser Plume (Poster 111)

Rafael Si lva, Milton Pereira, Max Rodrigues, Adriano Pereira - Precision Engineering Laboratory - LaserMateus Schwedersky - Welding and Mechatronics Institute

10. Pure Copper Layer Formation on Aluminum Based Alloy Substrate Using Multi-Color Laser Cladding System Combined with Blue and IR Lasers (Poster 112)

Takahiro Hara - Graduate School of Engineering, Osaka UniversityMasahiro Tsukamoto, Ritsuko Higashino, Nobuyuki Abe - Joining and Welding Research Institute, Osaka UniversityYuji Sato - Jalpan Atomic Energy AgencyYoshinori Funada - Industrial Research Institute of Ishikawa


11 . Quality Evaluation of High Power CO2 Laser Cutting of Steel (Poster 113)

Seungik Son, Youngjin Seo, Dongkyoung Lee Lee - Kongju National UniversitySeungbong Lee, Jihyeok Kim - HANALASERTECH

12. Tribological Comparison of Inconel 625 Coatings Deposited via Laser and TIG Processes (Poster 115)

Rafael Si lva, Jurandir Sousa, Milton Pereira, Adriano Pereira - Precision Engineering Laboratory - LaserRégis Si lva - Welding and Mechatronics Institute

13. High Quality Welding of Pure Copper Plate with High Intensity Blue Diode Laser (Poster 116)

Kento Morimoto - Graduate School of Engineering, Osaka University, JapanMasahiro Tsukamoto, Shin- Ichiro Masuno, Ei j i Hori , Nobuyuki Abe - Joining and Welding Research Institute, OSAKA UNIVERSITYYuji Sato - Japan Atomic Energy AgencySusumu Kato - National Institute of Advanced Industrial Science and Technology,Kazuyuki Azumi, Yoshihiko Hayashi - Osaka Fuji Corporation

14. An Analytical Model for Process Mapping and Parameter Selection in Directed Energy Deposition with Coaxial Powder Injection (Poster 117)

Mohammad Ansari , Yuze Huang, Alexander Martinez Marchese, Osezua Ibhadode, Ehsan Toyserkani - Multi-Scale Additive Manufacturing Lab

15. Wettabil ity Modification of Laser Textured Copper Surfaces Applied to Phase Change Heat Transfer (Poster 118)

Caroline Martendal, Claudio Si lveira, Milton Pereira, Márcio Fredel - Universidade Federal de Santa Catarina

16. Laser Power Modulation to Grain Refinement of SAE 1045 Steel Welds (Poster 119)

Francisco Cavilha, Marcio Fredel, Milton Pereira, Luiz Santos Paes - Federal University of Santa Catarina

17. 1940 nm Thulium Fiber Laser Welding of Polymers for Advanced Medical Devices (Poster 120)

Luis Gomez, Jeffrey Kabahit, Brian Baird - IPG Photonics Corporation

18. Effect of Dynamic Wire Feeding on Deposition Quality in Laser Cladding Process (Poster 121)

Milton Pereira, Max Baranenko Rodrigues, Rafael Si lva - Precision Engineering Laboratory - LaserRégis Henrique Gonçalves E Si lva - Welding and Mechatronics InstituteErwin Werner Teichmann - Federal Institute of Santa Catarina

19. Parametrization Methodology for Laser Remelting Applied over Laser Metal Deposition Single Tracks (Poster 122)

Rodolfo Marques Pôrto, Adriano De Souza Pinto Pereira, Milton Pereira - Universidade Federal de Santa Catarina


20. Influence of Laser Metal Deposition Direction in the Abrasive and Adhesive Wear Resistance of Ni-Cr-B-Si Coatings (Poster 123)

Jurandir Marcos Sá De Sousa, Adriano De Souza Pinto Pereira, Milton Pereira, Rafael Gomes Nunes Si lva - Universidade Federal de Santa Catarina

21. Influence of Powder Characteristics on Processabil ity and in Mechanical Behavior of 316L Stainless Steel Fabricated by Selective Laser Melting (Poster 124)

Henrique Oliveira - SENAI Innovation Institute in Laser Processing

22. Flexible and Precise Micromachining of Ultrathin Glasses by Dual-Wavelength, Pulse-Tuneable, High-Power Femtosecond Laser (Poster 125)

Timothy Carlson, Nan Li , Peixun Fan, Yongfeng Lu - University of Nebraska-LincolnNithin Nedumthakady - Georgia Institute of TechnologyAmbrose Wolf - Kansas City National Security CampusKazuyuki Azumi, Yoshihiko Hayashi - Osaka Fuji Corporation

23. Evaluation of Hot Cracking Susceptibi l ity on Laser Welded Aluminum Alloy Using Coaxial ly Arranged Multiple-Beam Laser (Poster 126)

Minjung Kang, Cheolhee Kim - Korea institute of industrial technolotyCheolhee Kim - Portland State University

24. Investigating the Electrochemical Behaviour and Microstructural Growth of Al-Cu-Fe Quasicrystal l ine Coatings on Ti-6Al-4V Alloy (Poster 127)

Olawale Fatoba, Esther Akinlabi, Stephen Akinlabi - UNIVERSITY OF JOHANNESBURG

25. Real-time Prediction of Quality Characteristics Based on Inl ine Process Data Using Machine Learning (Poster 128)

Christian Stadter, Maximil ian Schmoeller, Michael Zaeh - Technical University of MunichUlrich Munzert - Blackbird Robotersysteme GmbHMarkus Kogel-Hollacher - Precitec GmbH & Co. KG

BUSINESS CONFERENCE

The Business Conference will consist of an industry-focused tradeshow revolving around innovative photonics materials processing solutions specific to that industry. Sponsors and Exhibitors now enjoy a unique opportunity to concentrate their efforts each day on one of these top 4 industries. Tradeshow participants will have the ability to present their unique solutions to focused representatives of these supply chains.

The tradeshow will connect all members of the marketplace and include ICALEO’s Live User Solutions Forums and Solutions Roundtables. Business sessions will include Market Driver and Evening of Innovation Symposiums. These new mediums will allow manufacturers/integrators and suppliers to selectively engage in the discussion of unique challenges and revolutionary applications for advanced materials processing. Subject matter for this dialogue will be presented by prominent members of the user and manufacturing community.”

INDUSTRY VERTICAL HIGHLIGHTS:

Live User Solutions Forum Presentations

Live User Solutions Round Table Discussions

Market Drivers Symposium

Evening of Innovation

Klaus Loeffler began his engineering studies at IFSW in 1985. After completing his studies, he worked in the development department of CO2 lasers at TRUMPF Lasertechnik. In 1995 Klaus moved to Plymouth, MI to manage the TRUMPF Lasertechnology subsidiary. In 2002 he transferred to Volkswagen where he took over the management of the Joining Technology Department. In 2006 he became Head of International Sales at TRUMPF Laser- und Systemtechnik GmbH. Since 2014 he has been Managing Director of Sales & Services at TRUMPF Lasertechnik GmbH.processing world.

KLAUS LÖFFLERTRUMPF INC.DITZINGEN,

GERMANY

BUSINESS CONFERENCE CO CHAIR


ICALEO 2019 will introduce a new business conference addressing laser end users and presenting solutions to challenges that various manufacturing industries are experiencing. The focus is in aerospace, medical device and life science, microelectronics, and automotive industries and each day will highlight a specific industry segment. The conference will include plenary presentations from industry and academic leaders as well as laser solution presentations. Latest breakthrough technologies will be presented during the Market driver symposiums and

discussions between academia, suppliers and users are facilitated in round table discussions. The event is looking to bridge the gap between manufacturing and applied research, while keeping providers highly visible with leading solutions.

Dr Henrikki Pantsar is Director of Applications and Services at Trumpf Laser Technology Center in Plymouth, MI. His department is responsible for laser applications and customer services for the North American market. Before Trumpf, Inc. he was CTO at Valoe Corporation, Vice President of R&D at Cencorp, and has also worked at Fraunhofer USA, VTT and Lappeenranta University of Technology. He received his PhD from Lappeenranta University of Technology in 2005. Dr Pantsar is the secretary of the Executive Board of The Laser Institute.

HENRIKKI PANTSARTRUMPF INC.

PLYMOUTH, MI USA

BUSINESS CONFERENCE CO CHAIR

BUSINESS CONFERENCEBUSINESS CONFERENCE CO CHAIR


AEROSPACE BUSINESS CONFERENCE

Friedhelm Dorsch has worked for TRUMPF since 2000 in various posit ions in the f ield of lasers and laser applications. These include the Head of Process Sensor Systems for laser materials process-ing, Managing Director (Diode Lasers) in Princeton (NJ) where he supervised the development and production of high-power diode lasers, and was also the group leader for laser pump sources in Schramberg (Germany). Before joining TRUMPF, he was a Project Engineer, Production Manager and Technical Director at JENOPTIK Laserdiode. He holds a Physics Diploma Degree from the Uni-versity of Hamburg and has experience chairing several conferences in the past, including for LIA.

FRIEDHELM DORSCHTRUMPF GMBH + CO. KG

DITZINGEN, GERMANY

Lasers have become a wide-spread tool in the production industry, and are particularly used to work on advanced materials. The Aerospace Industry in particular benefits from the laser as a universal tool - with its specific need for high-quality, high-reliability and light-weight parts. A few examples of laser applications in this industry include the cutting of Carbon Fiber Reinforced

Polymers (CFRP), joining dissimilar materials, coating surfaces to strengthen them, and generating complex parts by 3D-printing metal powder. This conference will exhibit the laser applications for the Aerospace Industry and its advantages, including keynote presentations and panel discussions by prestigious speakers.”


Almost since the invention, lasers have played a prominent role in biomedical applications. Two years after Theodore Maiman successfully fired the first Ruby laser, Leon Goldman used a Ruby laser to remove a tattoo. In the 56 years since, lasers from CW to ultrafast have become an integral tool of biomedical applications ranging from cancer treatment to eye surgery. The Biomedical Laser

Conference of ICALEO 2019 is intended to provide insight to the findings and achievements in the fields of biomedical laser application and provide a platform to exchange new ideas, foster collaborations, and partnerships of scientist and engineers to identify future trends and applications.”

BUSINESS CONFERENCEMEDICAL DEVICES & BIOTECH

Dr. Ty Olmstead has been the Director of Technology at Ocean Insight (formerly Ocean Optics Inc.) since 2016 bringing with him over 20 years as a technology leader developing optic and photonic systems and integrating them into architectures for custom applications. As a senior member of the leadership team at Ocean Insight, Dr. Olmstead drives R&D, product development, and custom solutions using by balancing the f ine edge of innovation and structured engineering and quality principles. With several publications on the subjects of femtosecond lasers, multispectral image analysis, and ophthalmic/biomedical optical systems achieved over his career, Dr. Olmstead’s offerings to the world of academia are as broad as his experience in industry with his development of biomedical optics systems, spectroscopic systems, and in-depth experience from proof of concept, through cl inical implementation, to end of l ife PLM.Dr. Olmstead’s entrepreneurial nature has also been demonstrated as a founding engineer and Technical Director at LENSAR, where his team performed advanced R&D, cl inical prototyping, and development of commercial systems. Additionally, Dr. Olmstead won a Halma Accelerate Convergence Trai lblazer Award for his efforts in building convergence programs between Ocean Insight and its sister companies under Ocean’s parent company, Halma.

TY OLMSTEAD, PhDOCEAN INSIGHTSOVIEDO, FL

BUSINESS INDUSTRY CHAIRS

Dr. Islam Salama is a Senior Director with Intel Corporation responsible for packaging substrate Pathfinding of the high density interconnect across Intel products. In this capacity, Islam manages a global team of technologists and manufacturing team responsible for delivering next generation packaging technologies. His team is focusing on packaging substrate architectures, process and materials technology building blocks, intel lectual property, and manufacturing ecosystem development. Islam has a Ph.D. in laser materials processing from the College of Optics and Photonics (CREOL), UCF and has been with Intel since 2003. Islam authored over 30 technicalpapers, was awarded more than 70 international patents in the f ields of HDI substrate technology, laser technology, materials processing and semiconductor fabrication. Islam is an elected member of the board of directors for the Laser Institute of America (LIA), a member of the steering committee with the international technology manufacturing init iative (iNEMI), and a board member of Applicote Associates LLC-a photonics and manufacturing technology start-up.

ISLAM SALAMA, PH.D.INTEL CORPORATIONSCOTTSDALE, AZ

MICROELECTRONICS BUSINESS CONFERENCE


IC technology. In ICALEO 2019, we are dedicating an entire day focused on innovation and novel uses of laser and photonics in microelectronics and IC fabrications. An industry leading panelists and presenters will gather to discuss latest technology and business innovations pushing into new applications and advancing current ones to higher levels of productivity, accuracy and capabilities. Open discussions during the Panel will examine the laser market place in microelectronics applications and discuss challenges and opportunities ahead for lasers as the whole Information and computing industry transforms through its fourth inflection point toward growth.”

The information and computing industry is undergoing its forth wave of growth. With the expansive growth of “Big data,” and the pervasive nature of computing, rises a paradigm shift in integrated circuit scaling and microelectronic devices. The pervasive nature of computing is connecting billions of people and tens of billions of devices/things via cloud computing. Such connectivity effect generates tremendous amount of data and drives cloud computing, an accelerated transformation throughout the network fabric and rise of real time data analytics. In turn, this wave of growth in microelectronics represents a tremendous opportunity for lasers to deliver, grow and transform into an increasingly influential and enabling role in scaling and advancing the

BUSINESS CONFERENCE

or remanufacture of used ones -; eMobility/vehicle electrification; and advanced in lasers, optics, and beam controls for joining and cutting will also be discussed.”

The Automotive Business Conference will bring together experts in the application of lasers to key disruptive technologies and macro trends in the Automotive industry. Areas such as additive manufacturing - to include production of new parts & tools and repair

Dr. Jason Carroll is the Global Technology Director for Materials and Manufacturing at Eaton reporting to the Eaton EVP, CTO; fulf i l l ing a crit ical executive leadership role overseeing advanced research and development of technologies and materials to support commercial ization and sustaining engineering operations across al l Eaton businesses. Dr. Carrol l manages a portfol io of next generation product technologies valued at hundreds of mil l ions of dollars in mature market revenue and leads a team of professionals within the Eaton Research Labs, operating out of the United States, China, India, and Prague.

He holds a bachelor’s degree in metallurgical and materials engineering from the I l l inois Institute of Technology, and an MS and Ph.D. in materials science and engineering from the University of Michigan.

Prior to working at Eaton, Dr. Carrol l spent f ive years with Rea Magnet Wire where he served as a GM/Plant Manager and as the Corporate technical manager working for the President/COO and CTO. Prior to that, he was employed by Textron where he held various roles of increasing responsibi l ity including director of Production Engineering and Component technology, Technology Master Black Belt , and senior metallurgical engineer. He is a certif ied Master Black Belt in DFSS, DMAIC, and Lean.

Jason Carroll , Ph.D.EatonSouthfield, MI

AUTOMOTIVE

SPONSOR & EXHIBITOR THANKS


Documents

ROSEN CENTRE HOTEL, ORLANDO, FL USA …...Platform for Breakthrough Laser Solutions 7-10 OCTOBER2019 ROSEN CENTRE HOTEL, ORLANDO, FL USA DIAMOND SPONSOR PLATINUM SPONSOR [email protected]