LINOS Products - Qioptiq | Photonics for Innovation the new “ LINOS Products, News and Highlights“ – both in the online shop and offline in this brochure! LINOS Catalog - Part

LINOS ProductsNews & Highlights 2011

[email protected]/Can: 1 800-429-0257Eur: +49 551 69 35-0Asia: +65 64 99 77 66www.qioptiq.com

Subject to change without notice

Dear Readers,

It has been one year now since LINOS became

Qioptiq, uniting under one roof the expertise and

decades-long experience of such major optics

companies as LINOS, Rodenstock Präzisionsoptik,

Spindler & Hoyer, Gsänger, Optem, Pilkington, Avimo

and Point Source, to name just a few.

For many years now, the LINOS catalog of products

has been the epitome of high-quality and innovative

optics, optomechanics and optical systems. This is

the first year in which we will not be publishing a

new print catalog. We decided to print a two-year

catalog in 2010, so that we could focus our energies

in 2011 on a comprehensive relaunch of our online

e-commerce site. Now we are very pleased to present

the new Q-Shop: a shopping and information

platform tailored to your every optical and photonic

need.

Point your browser to www.qioptiq-shop.com to

experience the new Qioptiq Q-Shop!

LINOS Catalog: Online and Print

We know many of you like to have something in

hand you can leaf through in your leisure without

going on line. This brochure, compact and

lightweight, is designed for your convenience and

ease of use. It presents all of the latest innovations

for 2011 that have been added to our already

extensive portfolio, as well as pertinent details on the

LINOS classics in the areas of optics, electro-optics,

mechanics and instruments. We hope you enjoy

discovering the new “LINOS Products, News and

Highlights“ – both in the online shop and offline in

this brochure!

LINOS Catalog - Part of Qioptiq1877

Founding of Rodenstock

1966

Founding of Pilkington PE Ltd. which later becomes THALES Optics

1898

Founding of Spindler & Hoyer

1969

Founding of GsängerOptoelektronik

1991

Founding of Point Source

1984

Founding of Optem International

2

3

Medical & Life Sciences

Industrial Manufacturing

Defense & Aerospace

Research & Development

2000

LINOS acquires Rodenstock Präzisionsoptik

2001

AVIMO Group is acquired by THALES

2005

Thales sells HTO Group which is rebranded Qioptiq

2006 / 2007

LINOS & Point Source become “membersof the Qioptiq group”

2010

Rebranding of all group members to one brand - Qioptiq

1996

Merger of Spindler & Hoyer, Steeg & Reuter Präzisionsoptik, Franke Optik and Gsänger Optoelektronik to LINOS

Optics Best-selling classics and innovations 04 - 05 Expertise in Coating and New Designs 06 - 09 Beamsplitter Cubes TBW-D NIR 10 Shearing Interferometer 11 Varioptic Liquid Lenses 12 - 14 Focus-Variable Lenses from Optotune 15 WinLens 3D - Lates Update 16 - 17

Magneto- and Electro Optics Best-selling classics and innovations 18 - 19 Isolators FI-488-3SC / 5SC, SC-Series 20 Isolator FI-405-5SV 21 Isolators FI-x-5LP Series 22 Phase Modulator PM-C-BB 23

Mechanics Best-selling classics and innovations 24 - 25 Optical Tables, 730 Series 26 XYZ-Fine Adjustment Unit 27 X-Grip XS 27 adjust.x small and medium 28 Linear Stages TM 29

Instruments Best-selling classics and innovations 30 - 31 Lamp series IL 32 - 41 4/8 Segment LED Ring Lights RL 42 - 43 Laser Modules NANO 250 44 Miniature Laser Modules NANO 100 45 Spectrometer Qwave 46 - 47 Shack-Hartmann Sensor SHSLab 48 - 49

Qioptiq Global 50

Index

Our classics:LINOS AchromatsLINOS achromatic lenses ensure

consistently high imaging quality

with resolutions that approach the

theoretical diffraction limit. Laser

centering and continuous, strict

quality control guarantee the highest

standards for surface form and

alignment of the curvature center

in every single achromatic lens that

leaves our factory. Compare for

yourself!

HIGHLIGHT

OPTICS: Excellent Performance With our 130 years of experience in optics manufacturing, our comprehensive product range and

our continuous development of innovative production processes, you can be confident that Qioptiq

has the right components for all of your precision optical requirements in science and industry. High-

quality materials and the narrowest possible production tolerances ensure the excellence and

precision of all our product lines.

Qioptiq offers singlets, achromats, plano and polarization optics, zoom optics, complex lens systems

and machine vision lenses. Our coatings cover the spectral range from DUV to infrared and encom-

pass a constantly expanding array of anti-reflective and mirror coatings. WinLens 3D, our simulation

software for designing optical systems, is under continuous development and supports you in

optimizing your optical systems.

Read on to find out all about the latest innovations and our best-selling classics.

Our quality criteria

High-quality materials from established

manufacturers (Schott & Ohara)

Extremely narrow focal length tolerances

Minimal chromatic length aberration

Minimal spherical aberration

Minimal wavefront distortion

(between λ/4 and λ/10)

Mounted versions compatible with

LINOS Microbench and Nanobench systems

4

Liquid lenses from Optotune and VariopticVariable-focus lenses with +30 to

+100 mm focal length for compact

optical designs: Adjust focal lengths

in milliseconds and switch the lens

shape from concave to convex to

match your changing application

requirements!

Product details see page 12

Beamsplitter cubes for near-infraredExcellently suited for dividing

and combining beam paths: Our

competitively priced beamsplitter

cubes are now available for the

700 nm to 2000 nm wavelength

range, as well as for various

polarization directions.


Shearing interferometerCompact and economical: You can

test and measure the collimation of

a laser beam quickly and reliably with

our new shearing interferometer.

The radius of curvature of a wave

front can be analyzed from the

resulting interferogram.


WinLens 3D

The latest update of our design

software for simulating, analyzing

and optimizing optical systems. You

can download WinLens Basic and the

PreDesigner program free of charge

at www.winlens.de.


To see our entire range of products, get the LINOS catalog or visit www.qioptiq-shop.com

Expertise in Coating and new designsOur new technique for mirror coating:

Gold and dielectric coatings provide

increased environmental stability –

even under extreme conditions – as

well as consistently high reflectivity

values..


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UK: [email protected] FR: [email protected] US & Singapore: [email protected]

Expertise in Coating

High-quality coatings from DUV to the IR spectral range

! The advent of thin coatings opened up possibilities for implementing sophisticated optical systems. Qioptiq offers a wide range of coating types to meet very specific and individual requirements.

Coatings on optical components make it possible to split beam paths or combine them, precisely control the polarization of light, filter specific wavelengths or wavelength ranges, minimize troublesome residual reflections, or to increase trans-mission.

Our expertise in coatings extends from the DUV to well into the IR spectral range. The product array includes the following coating types:

• Narrowband and broadband AR coatings• Dielectric and metallic mirror coatings • Shortpass and longpass filters (heat protection filter/cold light mirror)• Beam splitters• Polarizing filters• Bandpass filters• Notch filters (narrowband reflectors)

If you have specific requirements that are not met by our standard coatings, our design experts in the Coating Center are at your service, ready to consult with you and design a coating to your specifications. We will check the feasibility and optimize the coating process so the design we create for you can be implemented in our coating unit. In addition to conventional PVD and plasma-assisted vapor deposition processes, Qioptiq has state-of-the-art coating units for ion-beam sputtering as well.

Examples of coating designs:

ARB 2 VIS anti-reflective coating on various substrates; color shortpass filter coating, FKP-T VIS, with transmission in the visible wavelength range, and the broadband TBW-D

Introduction

Placing lenses in a coating unit

Configuring and starting the coating process

A Qioptiq coating specialist prepares a coating process

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Measurement technology

Our core competencies include not only the design and application of coatings, but also the testing of coating specifications using all relevant measurement technology. The reflection and transmission of coated and uncoated substrates can be determined in a spectral range from 120 nm to 25 μm, solved for both angle and polarization.

Our measurement equipment includes a DUV spectrometer, several UV-VIS-NIR dual-beam spectrophotometers and an FTIR spectrometer. We can also measure reflection in VIS/NIR on curved surfaces, for example by verifying the homogeneity of the coating all the way to the edge of a lens.

In addition to our photometric measuring instruments, we also have available the following measuring stations for verification of various specifications:

• White-light interferometer to measure surface roughness• Measuring station for checking surface flatness or transmitted wave front• Measuring station for scratch and dig analysis • Various laser measuring stations that can be refitted as needed• Cavity ring-down measuring station for measuring low loss of anti-reflective coatings or dielectric mirrors

Environmental tests

Our standard coatings are tested and certified using standardized procedures in accordance with DIN/ISO or MIL standards. This guarantees not only the optical performance of our coatings, but also the stability of the coated optical components under application conditions and a variety of environmental influences.

Our coatings are tested in accordance with the following standards:

• Abrasion resistance: DIN/ISO 9211-4-01 or corresponding MIL standards• Friction resistance: DIN/ISO 9211-4-02 or corresponding MIL standards

• Resistance to solvents in accordance with DIN/ISO 9211-3-12 or corresponding MIL standards• Resistance to water and salt water deposits in accordance with DIN/ISO 9211-4-04 or corresponding MIL standards• Stability under environmental conditions (damp heat, cold, dry heat, temperature fluctuation) in accordance with DIN/ISO 9022-2 or corresponding MIL standards

Another important test is the determination of the laser-induced damage threshold (LIDT) of the coating in accordance with EN ISO 11254.

Test procedures certified in accordance with DIN/ISO or MIL standards.

!

High quality

Qioptiq coatings: State-of-the-art technology working for you!

DUV spectrometer

UV-VIS-NIR dual beam spectrophotometer

FTIR spectrometer

8


Our newest innovations

New Coating Designs

Reflective gold coatings RAU• Front surfaced mirror gold coating RAU and RAU-E for the IR spectral range up to 20 μm• RAU-E with improved environmental characteristics• Constant high reflection within a broad spectral and angle-of-incidence range without absorption bands

• Guaranteed reflection > 97 % for 0° ≤ AOI ≤ 60° and 2 μm ≤ λ ≤ 12 μm (unpolarized)• Typical average residual reflection > 98 % in the range of 2 μm ≤ λ ≤ 12 μm for 0° ≤ AOI ≤ 60°, unpolarized • Substrate: optical glasses, ceramic glasses, ULE, or similar• RAU-E: abrasion resistant also on diamond-turned or diamond-milled aluminium

High-power laser mirror coating DLHS Titanium:Sapphire• Low-loss, hard and scratch-resistant laser mirror coating designed for Ti:Sapphire lasers • Suitable for short-pulse applications due to low dispersion of the coating (GDD ~ 0 fs2)• Highest reflection within a broad spectral and angle-of-incidence range

• Guaranteed reflection > 99 % for the HR range for 0° ≤ AOI ≤ 45° (unpolarized)• Damage threshold H∞ > 10 J/cm2 for 11 ns laser pulses (s-on-1) at 1064 nm and 10 Hz• Substrate: fused silica and hard glass (e.g. Borofloat, Pyrex)

Broadband anti-reflective coating ARB 1 IR• Hard and scratch-resistant, anti-reflective coating to reduce reflection losses and increase transmission for the IR spectral range

• Residual reflection < 1 % for angles of incidence 0° ≤ AOI ≤ 15°• Damage threshold H∞ > 30 J/cm2 for 11 ns laser pulses (s-on-1) at 1064 nm and 10 Hz• Design adaptable in the spectral range of 1000 nm ≤ λ ≤ 5000 nm and for higher angles of incidence• Bandwidth: between 20 % and 50 % of design wavelength with R < 2 % depending on substrate material • Substrate: sapphire, silicon

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In addition to our extensive selection of uncoated standard optics, we also offer optical coatings designed to customer specifications and applied to substrates that you provide. We can carry out all of the following tasks for you:

Job coating: The quick way to your coated optics

Dielectric broadband beamsplitter coating TBW-D UV• For beamsplitter cubes made from two cemented 90° prisms for the UV spectral range• Transmitted beam without beam displacement and beam deflection• Strong splitting of s- and p-components

• Selectable reflection between 10 % ≤ T ≤ 50 % • Design adaptable within the spectral range of 245 nm ≤ λ ≤ 450 nm and for certain polarizations according to requirements• Substrate: 90°-prisms from fused silica or CaF2

Reflective-aluminum coating RAL-E VIS• Enhanced reflective-aluminium coating for mirrors for the VIS and NIR spectral range • High reflection within a broad spectral and angle-of-incidence range

• Guaranteed reflection R > 89 % in the range of 440 nm ≤ λ ≤ 660 nm; R > 93 % at λ0 = 550 nm for AOI = 45°, unpolarized• Damage threshold H∞ > 1.5 J/cm2 for 11 ns laser pulses (s-on-1) at 1064 nm and 10 Hz• Design adaptable in the spectral range of 450 ≤ λ ≤ 1000 nm and for other angles of incidence• Substrate: optical glasses, ceramic glasses, ULE, or similar

• Incoming inspection• Cleaning substrates with state-of-the-art ultrasonic techniques or, if necessary, by hand• Creation of a coating design to your specifications

• Application of the coating in accordance with customer specifications• Verification of specifications using a wide range of metrology techniques• Environmental testing• Pre-delivery inspection

Q-enabled

Do you need a sophisticated coating for your optics? Qioptiq is the one to contact!

Feel free to contact us

US: 1-800-429-0257EU: +49 551 69 35-0Asia: +65 64 99 77 66For more details see page 50

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• Tolerance for R, T typical (absolut): ± 3 % for unpolarized light in the specral range of 750-1200 nm• Broadband AR-coated with ARB 2 NIR 750-1200 nm• 8’ angular beam deflection tolerance• Beamsplitting ratio R : T = 50:50• Design adaptable within the spectral range of 700 nm ≤ λ ≤ 2,000 nm and for certain polarizations• Substrate: 90° prisms (N-BK7)

Beamsplitter Cubes TBW-D NIR

• For splitting or combining laser beams for wavelengths in the near-infrared spectral range• No angular or lateral deflection of transmitted beams• Reflected and transmitted beams transit identical optical paths• Designed for use with low-power lasers (LIDT > 0.1 J/cm2 at λ = 1064 nm, 11 ns, 10 Hz)• Strong splitting of s- and p-components• Compact, rugged units

We have a large selection of holders for integrating the cubes in the LINOS Microbench and Nanobench systems

!

Beamsplitter Cubes TBW-D NIR

Size h = L1 =L2 (mm) Tolerance h (mm) Tolerance L1 (mm) Tolerance L2 (mm) Part No.

5 -0.075 ±0.3 ±0.3 G33 5508 000

10 -0.09 ±0.3 ±0.3 G33 5515 000

12.5 -0.11 ±0.2 ±0.2 G33 5518 000

16 -0.11 ±0.2 ±0.2 G33 5519 000

20 -0.13 ±0.4 ±0.4 G33 5528 000

25 -0.13 ±0.4 ±0.4 G33 5529 000

30 -0.16 ±0.4 ±0.4 G33 5536 000

40 -0.16 ±0.4 ±0.4 G33 5541 000

h heightL1 widthL2 length

A closer look

Do you have any questions on the subject of integrating optics in the LINOS Microbench or Nanobench? Or are you looking for tips on cementing optics? The enclosed CD contains our popular brochure, “LINOS Microbench, Bench and Rail Systems.” You can find all the information you need in this comprehensive user brochure.

StandardPlus

Optionally available with other beamsplitting ratios R : T = 40:60 / 20:80 / 10:90



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Shearing Interferometer

The laser beam is reflected from both the front and rear surfaces of the wedge-shaped shear plate in the interferometer, and the reflections made to overlap. The overlap region is imaged on the interferometer‘s diffusor plate for easy viewing. If the resulting interference fringe is parallel to the reference line on the diffusor plate, the laser beam or optical system being tested is already adjusted to collimation. If the expansion system focuses the laser beam positively or negatively, the interference fringe is rotated clockwise or counter clockwise accordingly.

The radius of curvature, R, of the wave front can be determined through quantitative analysis of the interferogram. The divergence, DIV, of the laser beam can be quantified by simply dividing the beam diameter, d

beam by the radius of curvature of the wave front, R.

Outstanding value for money

!

Shearing Interferometer

Product Description Ø (mm)

Wedge angle γ

Thickness t (mm)

Collimation accuracy (µrad)

Refractive Index Part No.

Shear cube 1-3 mm 12.7 (120±15)” 1 250 1.51509 @ 632.8 nm G03 8640 000

Shear cube 3-8 mm 22.4 (45±5)” 3 100 1.51509 @ 632.8 nm G03 8641 000

Shear cube 8-25 mm 40 (16±2)” 5 50 1.51509 @ 632.8 nm G03 8642 000

Interference pattern of a collimated laser beam

S

Φ

df

Rd

DIV Strahl=Φ⋅

⋅=

sinλdSR f

• For fast determination of laser collimation• Other applications: - Determination of refractive index of plane plates (accuracy ±1 * 10-3) - Determination of focal lengths of lenses (accuracy ±3 %) - Determination of radius of curvature of concave and convex mirrors (accuracy ±3 %) • Three versions available for beam diameters between 1 mm and 25 mm • Compatible with LINOS Microbench, Nanobench, and Tube C systems • Robust and easy to use

• Wavelength range 400-1064 nm• Beam entrance height: 20 mm • Dimensions, LxBxH (mm): 46x40x40

A closer look

The detailed operating manual is available for download in our Q-Shop at www.qioptiq-shop.com/en/New-Products.

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Product Description

Pupil diameter (mm)

Dimensions (mm)

Focal range Wave front error (RMS) (nm)

Transmittance at 587 nm (%)

Part No.

BALTIC 617 2.5 Ø 7.75 x 1.75 50 mm to infinity 50 (Aperture 1.6 mm) > 97 G39 9545 000

Liquid Lense OIS BALTIC 617

Liquid Lense OIS BALTIC 617

The BALTIC 617 variable-focus and variable- tilt liquid lens is designed for both Auto Focus (AF) and Optical Image Stabilization (OIS) function with absolutely no moving parts. OIS mode will allow delivering outstanding performance in ultra-low light conditions, where handshake blur usually gives poor quality pictures. The lens is ideally suited for 1/4” and 1/3” sensor formats, but can also fit larger sensor formats depending on f number requirements.

Its variable tilt also allows the use of this lens for beam deviation combined with focus variation, opening new innovative optical applications.

• Supports Auto Focus and OIS in both picture and video modes • Specifically designed to compensate handshake in the 0.1 ... 10 Hz range • Silent • Focus range supports from 50 mm to infinity • Easy to integrate

The ideal lens for free-hand recording under unfavorable lighting conditions.

!

This kit is intended for integrators and application developers willing to develop a standalone and integrated auto-focus and/or variable tilt solution. It comes with two lenses ready to use (lens fixed on flex cable), plus three extra sets of lenses (lens and flex cable not attached). The Development board includes a two axis gyroscope, quad-output liquid lens driver, and microprocessor.

Two different applications allow either to use the system in OIS mode, or to control tilt and/or focus independently from Gyroscope output - for users wanting to use the BALTIC lens for specific applications. Development board is used with standard I2C interface, and also with push buttons for focus adjustment and to set OIS mode.

OIS Developer Kit BALTIC 617 LL DK

• For evaluation of the technology: The Variable Focus & Tilt Development Kit

Content:• 2x BALTIC 617 with BALTIC flex cables attached• 3x BALTIC 617• 3x BALTIC flex cables • 1x BALTIC Devboard• Complete set of development documentation (CD)

Product Description Part No.

BALTIC 617 LL DK G39 9546 000

OIS Developer Kit BALTIC 617 LL DK

Varioptic Liquid Lenses

Looking for an economically priced set? Here is our offer – documentation included

!



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A closer look

Data sheets to all Varioptiq lenses and driver boards are available for download in our Q-Shop.

Product Description

Response time (ms)

Pupil diameter (mm)

Dimensions (mm)

Focal range Wave front error (RMS) (nm)

Transmittance at 587 nm (%)

Part No.

ARCTIC 316 20 2.5 Ø 7.75 x 1.6 50 mm up to ∞ < 0.5 > 90 G39 9541 000

Liquid Lense ARCTIC 316

Small, reliable and cost-efficient autofocus systems: these are the advantages of liquid lenses by Varioptic. The new ARCTIC 316 can be integrated easily into a high-performance autofocus system. The lens allows for high accuracy and very short reaction times. Therefore simple autofocus strategies can be applied to achieve excellent imaging in response times of 20 ms.

Liquid Lense ARCTIC 316

Suitable for mobile applications and compact camera modules.

!

This kit is intended for integrators and application developers willing to develop a stand-alone and integrated auto-focus solution with the ARCTIC 316 liquid lens. It comes with a complete and flexible set of components to cover most architectures.

Developer Kits ARCTIC 316 LL DK


ARCTIC 316 LL DK PWM G39 9543 000

ARCTIC 316 LL DK I2C Supertex G39 9544 000

Developer Kits ARCTIC 316 LL DK

Content:• 5x ARCTIC 316• 5x flex cables• 5x DrivBoard 60 LL3 PWM• 1x VHD-002• 1x VPS-048or• 5x ARCTIC 316• 5x flex cables• 5x DrivBoard Supertex 892 I2C• 1x VHD-002• 1x VPS-048

The ARCTIC 316 variable focus liquid lens has been designed for 1/4” and 1/3” optical systems such as barcode readers, industrial cameras, medical imaging or biomedical applications. Its small size, large dynamic range and low wavefront distortion will deliver outstanding performance, even in low light conditions. It can also fit larger sensor formats, depending on f number requirements.

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Drivboard I2C Supertex G39 9536 000

DrivBoard I2C G39 9511 000

DrivBoard PWM G39 9510 000

Liquid Lens Driver Board 60 LL3

Liquid Lens Driver Boards

Driver Mini-Board, based on Supertex 892.

• Complete reference design • Available with either PWM or I²C control interface

This kit is designed to allow a quick integration of the Liquid Lens ARCTIC 316 into any application. This is achieved by simply placing the lens in front of an imaging system and manually driving the voltage level through the provided power supply, thus manually changing the focus alternatively, the power supply can also be application-driven through a specific protocol. The Evaluation Kit contains liquid lenses, one lens holder and one power supply

Liquid Lens Evaluation Kit ARCTIC 316 LL EK


ARCTIC 316 LL EK G39 9542 000

Evaluation Kit ARCTIC 316 LL EK

Content:• 5x ARCTIC 316• 1x lens holder VPS-002• 1x power supply VPS-048

Varioptic Liquid Lenses

Complete kit to allow a quick integration of the Liquid Lens ARCTIC 316 in your own application.

!

A closer look

Data sheets to all Varioptiq lenses and driver boards are available for download in our Q-Shop.

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Focus-Variable Lenses from Optotune

Compact optics and short setting time: EL-10-30 allows for that due to its electrically tunable focal range. Within 10 ms, the radius of this plano-convex lens can be changed by applying a voltage between 0 and 5 V. The lens can be operated with commercial power supplies allowing for current control.

Power consumption is less than 2 W. For each lens a test chart displaying the dependendency between focal length and current can be provided. In the download area, a DLL is provided for embedding the lens in ZEMAX.

Electrically Tunable Focus-Variable Lenses EL-10-30

• Aperture 10 mm• Transmission > 90 % @ 633 nm• AR coated for 400 - 700 nm or 700 - 1100 nm • nF (486.1 nm) = 1.572, nD (589.3 nm) = 1.559, nC (656.3 nm) = 1.554• Damage threshold 25 kW/cm² @ 1064 nm• Compatible to LINOS Microbench with holder G06 1042 000 or G06 1225 000

Electrically tunable focus-variable lenses EL-10-30

Product Description Focal range (mm) Spectral range (nm) Part No.

EL-10-30 VIS HR +15 to +50 400 to 700 G39 9552 000

EL-10-30 VIS LD +30 to +100 400 to 700 G39 9553 000

EL-10-30 NIR LD +30 to +100 700 to 1100 G39 9554 000

0102030405060708090

100

400 500 600 700 800 900 1000 1100

Wavelength [nm]

Tran

smis

sion

[%]

VIS AR (400-700 nm)

NIR AR (700-1100 nm)

Manuell focus-variable Lense ML-20-35


ML-20-35 G39 9551 000

Q-enabled

Do you need consultation or support in integrating tunable lenses, or perhaps a complete OEM optics design? Our product expert will be happy to advise you.

This lens is very convenient for education purposes or prototyping.

!



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WinLens 3D - The Latest Update

WinLens 3D

WinLens 3D optics design software makes it easy to create optical systems, both on-axis and off-axis. Ray-tracing and analysis tools assist you in optimization and include astigmatism graphs, MTF, spot diagrams, wavefront plots, ghost image analysis, an interactive glass catalog and much more.

A closer look

The latest version of WinLens 3D Basic and the full version, available for purchase, are on the CD at the end of this brochure. For more information, see our dedicated WinLens page at www.winlens.de..

New features (WinLens 3D and WinLens 3D Basic):

• Advanced options for design with Gaussian beam profile, such as new graphics and optimized spreadsheet functions• Updated optics database with the latest Qioptiq components• Latest glass data from CDGM, Hoya, Ohara, Schott and Sumita

Tolerancer

Use this program to assess the effects of manufacturing defects and modeling tolerances in production.

New Features: • Updated optics database with the latest Qioptiq components• Latest glass data from CDGM, Hoya, Ohara, Schott and Sumita

WinLens 3D, the economical optics design software with optimization functions and ghost image analysis.

!


Software package WinLensTM 3D, Version 1.2.1 G30 2020 000

WinLens 3D, Vollversion

http://www.winlens.de

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GlassManager

This catalog of optical glasses lets you find and compare refraction index, transmission and other optical, chemical, thermal and mechanical characteristics of ECO and other glasses from Corning, CDGM, Hoya, Hikari, Ohara, Pilkington, Schott, Sumita and other glass manufacturers.

New Features: • Latest glass data from CDGM, Hoya, Ohara, Schott and Sumita

Material Editor

You can create tailored optical glasses and materials for the WinLens 3D Suite. Generate the data on special melts, and import other data as well.

New Features: • Latest glass data from CDGM, Hoya, Ohara, Schott and Sumita

PreDesigner

Freeware for the initial assessment of a new optical design. No detailed optics data required: You can simply calculate the initial parameters for an optical design in WinLens with this software.

New feature: • Analysis of Gaussian beams



Our classics:LINOS Pockels cellsYou can choose from a variety of

crystal materials when selecting the

Pockels cells you need for your ap-

plication, in the wavelength range

from 250 nm to 3 μm. Our BPC8,

with its KD*P crystal cut at the Brew-

ster angle, gives you very high trans-

mission and is excellently suited for

lasers with low amplification. Our

compact-design Pockels cells posi-

tioners ensure precise adjustment.

MAGNETO- and ELECTRO-OPTICS: High-Quality-ProductsThe combination of our years of experience, intelligent design and sophisticated engineering with

computer simulations and complicated processing produces the enduring high quality of our products

for magneto- and electro-optics. You can depend on the added value that characterizes all Qioptiq

components!

We offer LINOS Faraday isolators both as standard products and as customized solutions for your

specific requirements. LINOS laser modulators for applications outside of laser cavity are available in

many variants to cover a broad range of wavelengths. The LINOS Pockels cells are another product

group that gives you a wide spectrum of standard products to choose from. We are happy to be at

your disposal for any product modifications that we can develop to your specifications, as well as for

individual requests and small-batch production.

Read on to find out all about the latest innovations and our best-selling classics.


Two-stage isolators with highest

isolation (> 60 dB)

Phase and laser modulators with

best possible extinction ratios,

depending on used crystal

Pockels cells with high extinction

and transmission

Patented damping system for BBO

pockels cells minimizes piezo-electrical

oscillation

18

HIGHLIGHT

Isolator FI-405-5SV

Are you looking for a single-stage,

cylindrical isolator for 405 nm? Then

the FI-405-5SV is what you need. It

offers an aperture of 5 mm diameter.

Its isolation and transmission values

will win you over.


Faraday Isolators FI-488-3SC and 5SCIsolators with optically contacted

polarizers in extremely compact de-

sign. Put the high isolation of better

than 35 dB to work in your applica-

tions. We guarantee over 90 % trans-

mission at the design wavelength of

488 nm.


Isolator FI-x-5LP

We offer this low-power series for

the most common wavelengths, 680

nm, 780 nm and 850 nm. The iso-

lation is better than 38 dB and both

polarizers are adjustable. Bore holes

for installation are also provided.


Phase Modulator PM-C-BBCompact and economical: With

its broad wavelength range, this

modulator is excellently suited for

metrology and interferometry. Both

the residual amplitude modulation

and the wave front distortion are

minimal. This modulator has an SMA

connector and on request can be

equipped with built-in temperature

stabilization.


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Product description

Isolation, guaranteed (dB)

Transmission at the design wavelength (%)

Aperture(mm)

Wavelength (nm)

Dimensions, LxBxH (mm)

Part No.

FI-488-3SC > 35 > 90 Ø 3.5 488 ± 10 60x40x40 8451-109-000-16

FI-488-5SC > 35 > 90 Ø 5 488 ± 10 58x45x45 8451-109-000-13

FI-x-3SC / FI-x-5SC

Isolators FI-488-3SC / 5SC, SC-Series

The Faraday isolators in the SC series are distinguished by their extremely compact design. We have now added 488 nm to the already broad range of wavelengths from 930 nm to 1210 nm.

For the aperture, you can choose between Ø 3.5 and Ø 5.0 mm.

• Optically contacted polarizers (488 nm)• Extremely compact construction

• Four M2 bore holes provided on the lower and rear panels for mounting

Isolator FI-488-3SC

Isolator FI-488-5SC

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Product description



Aperture(mm)

Dimensions (mm)

Part No.

FI-405-5SV > 35 > 88 Ø 5 Ø 40 x 57 8451-101-001-31

FI-405-5SV

Isolator FI-405-5SV

The single-stage Faraday isolator FI-405-5SV has a cylindrical design that makes it ideal for use in space-saving applications, and has an aperture of 5 mm. The design wavelength is 405 nm.

• Single-stage isolator• Extremely compact design

• Cylindrical design: Ø 40 mm; length 57 mm

The SV and SC series isolators are remarkable for their unique, compact design with very good isolation and transmission values.

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Isolators FI-x-5LP Series

The FI-x-5LP is a low-power Faraday isolator, with models for wavelengths of 680, 780 and 850 nm.

• Low-power faraday isolator• Isolation better than 38 dB• Extremely compact design• Polarisators tunable

• Damage threshold: 25 W / cm²• Dimensions: 41.2 x 40 x 40 mm• Two M4 bore holes provided on the lower panelsfor mounting

Product description



Aperture(mm)

Wavelength range (nm)

Part No.

FI-680-5LP > 38 > 75 Ø 5 680 - 740 8451-101-001-00

FI-780-5LP > 38 > 85 Ø 5 750 - 810 8451-101-000-91

FI-850-5LP > 38 > 85 Ø 5 810 - 905 8451-101-000-99

FI-x-5LP

Isolator FI-x-5LP (x = 680, 780, 850 nm)

High Quality

The excellent quality of the high-precision LINOS magneto- and electro-optics from Qioptiq attest to the decades-long experience of both Gsänger and Qioptiq. This product has a 40-year history of tremendous customer satisfaction and has established Qioptiq as a leading manufacturer of laser technology.



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Phase Modulator PM-C-BB

The PM-C-BB modulator operates in a broad wavelength range from 450 nm to 3000 nm and has impressively low residual amplitude modulation. The electro-optical crystals of this phase modulator are cut at the Brewster angle. It can also be used within the laser cavity, and has been specially developed for metrology and interferometric applications.

• Extremely compact design• Broad wavelength range; can be used within laser cavity• Low residual amplitude modulation• High transmission• Version with built-in temperature stabilization (< 10 mK) on request

• Wave front distortion: < L/4 @ 633 nm• Bandwidth, DC: ±500 MHz (> 10 MHz resonance-free)• Connector: SMA• Adapters for a range of mounting options available separately

Outstanding value for money.

!

Product description

Wavelength range (nm)

Power capability @ 1064 nm (W/cm²)

Transmission at 680-2000 nm (%)

Aperture (free Aperture) (mm)

L/10 voltage @ 1064 nm (V)

Part No.

PM-C-BB 450 - 3000 > 100 > 98 1.9 (1.5) 100 ± 10 % 8451-209-000-06

PM-C-BB (T) 450 - 3000 > 100 > 98 1.9 (1.5) 100 ± 10 % 8451-209-000-07

PM-C-BB

StandardPLus

Is temperature fluctuation critical in your application? Ask for model PM-C-BB (T), our special version with built-in temperature stabilization.

Our classic:LINOS MicrobenchA multitude of mechanical com-

ponents for spatial structures, with

compact dimensions, perfectly cen-

tered and extremely stable. Com-

bined with our optics, from lenses

to achromats to mirrors all specially

designed for the LINOS Microbench,

you get an unbeatable team.

HIGHLIGHT

MECHANICS: High-PrecisionComponents for your OpticsOver the decades, you have come to expect a consistently high level of quality from us in the manu-

facture of optomechanics – and rightly so. All mechanical components from Qioptiq feature superla-

tive German engineering and of course are perfectly adapted to our optical components. Our policy:

Everything from a single source!

You know that high-quality optics require high-precision mechanics, whether for mounting, positio-

ning or for 3D structures. The Qioptiq product line includes the LINOS Microbench and Nanobench

systems, as well as Tube Mounting System C. We also have a wide array of positioners, rail systems in

a broad range of dimensions, and numerous structural components that are indispensable for your la-

boratory. Our mirror mounts offer the highest accuracy, whether you use the established Lees mounts

or our own versions in the adjust.x Series. For the ideal foundation of any structure we offer the table

and breadboard systems from TMC, our exclusive partner for vibration-isolated table tops, support

systems and workstations.

This brochure gives you all the information you need on our best-selling classics such as the LINOS

Microbench – often copied but never matched – as well as many other highlights!


German manufacturing expertise using only high-quality, extremely durable materials

Surface finishing with precision anodizing

Narrow production tolerances

On-going system expansion with new optical and mechanical components

Our guarantee: Complete compatibility of all Microbench series components - from 1968 to today

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X-Grip XS

Position your components any way

you want. We have found a way

to make sure you get a stable and

secure hold on workpieces of any

shape. Individually spring-loaded pins

made of stainless steel adapt to any

shape for a secure hold in seconds.

Ideal for delicate components. This

set with amaze you!


Linear Stages TM

Compact positioners available in

stainless steel and aluminum ver-

sions. Backlash-free, pre-stressed

crossed-roller bearings for the high-

est guiding accuracy, even with heavy

loads. Choose from three table sizes,

which can also be combined using

adapter plates. Or make your own

XYZ structure with no further acces-

sories at all.


adjust.x

LINOS mirror mounts in the adjust.x

series accept optics from 0.5” to

2.0” and feature our customary high

quality. Diverse models – including

mounts for use in cleanrooms – and

a wide range of accessories can cover

most any requirement.



XYZ fine adjustment unitHigh-precision, tilt-free adjustment

specially for the LINOS Microbench

system. Crossed-roller bearings and

fine-pitch screws guarantee the high-

est accuracy. Test it yourself - you‘ll

be impressed!


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Optical tables for use in high vacuumOur partner TMC has continued to

refine the CleanTop® design with

new patented design characteristics

and cleaning techniques. The latest

result: tables that meet the strin-

gent requirements for use in vacuum

chambers.


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HIGHLIGHT

HIGHLIGHT

HIGHLIGHT

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Specially developed for use in high vacuum

The requirement

Up to now it has been extremely difficult to construct optical table tops with steel honeycomb cores in such a way that they were suitable for use in vacuum chambers. This meant having to forego the main advantages of these table tops: rigidity, smoothness and damping. The only option has been to use bakeable, vacuum compatible constructions made of aluminum and steel.

The development

Our system partner, TMC, has solved the problem: The field-proven CleanTop® design, modified with new, patented design characteristics, in combination with special cleaning techniques. And now they have developed a procedure for creating the vacuum as well.

The result

A level of vacuum compatibility never before attained by optical tables.

Optical Tables, 730 Series

The application

A cooperative effort between TMC and engineers at the Petawatt Laser project at the University of Texas has produced a technique for creating a vacuum.

With this new design, using a special steel honeycomb core, the engineers at the University of Texas have created a vacuum of 1.1 x 10-9 bar. The TMC table with a length of 4.2 m was positioned in the vacuum chamber.

The experience

It was shown that these table tops are not only vacuum compatible, but also have a very low outgassing rate. This is imperative, as major contamination would damage the optics involved. The outgassing of the optical tables used for the petawatt laser application resulted in minimal loss – less than 0.1% – during the transmission of the test optics.

Vacuum compatible CleanTop® table in the 730 series (1200 x 2400 x 200 mm3) with vent holes

Vacuum compatible optical table from TMC in the vacuum chamber at the University of Texas

(Photographs reprinted by kind permission of the High Intensity Laser Science Group (home of the Texas petawatt laser) at the University of Texas, Austin)

Selection guide

The range of vacuum compatible worktops extends from small breadboards to large optical tables, up to a maximum size of 1500 mm x 4800 mm. We would be happy to consult with you.



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The XYZ-Fine adjustment unit enables a precise adjustment of components within the microbench cage system. The inner diameter of 25 mm allows the use of microbench mounted optics or elements like pinholes or fiber connectors.

The travel in XY-direction is ± 1 mm. In optical axis direction the travel range is 5 mm. Crossed-roller bearings ensure precise tilt-free guidance.

XYZ-Fine Adjustment Unit

For the LINOS Microbench

• Three fine adjustment screws with 0.25 mm pitch • Travel XY: ±1 mm • Travel Z: 5 mm • Resolution: 1 μm

Crossed-roller bearings ensure precise tilt-free guidance.

!XYZ-Fine adjustment unit with and without knurled knobs


XYZ-Fine adjustment unit G06 1062 000

X-Grip XS

The XYZ-Fine adjustment unit is equip ped with three stainless steel fine adjustment screws with 0.25 mm pitch. The screws have an internal hexagon socket, three knurled knobs come with the unit.


Set X-Grip XS Haltevorrichtung G40 0505 820

Position your components any way you want!

The X-Grip XS can hold parts of any shape firmly in place. X-Grip XS consists of two holding elements mounted on a rail. One element is attached to the rail itself, while the other is mounted on a sliding carriage for adjustable positioning. The workpiece is gripped between the two holding elements and the pins are fixed in place by tightening a hexagon socket screw. The sliding carriage enables application of additional holding force.

• Highest stability• Light weight• Maintenance-free

The rail can be fastened directly onto an optical table using clamping jaws. With the infinitely adjustable angle module and intermediate modules, any object can be held in any position.

Thanks to the perfect, large-surface molding with a total of 116 pins, even small, delicate workpieces are held securely. Absolute stability for small workpieces is ensured by the optimum form fit.

All Matrix modules are manufactured from high-quality aluminum alloys with a protective anodized coating.

The set comes in a compact, stackable systainer® for ideal protection in shipping and storage.

!

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adjust.x small and medium

LINOS Mirror Mounts for Small and Medium-sized Optics

Outstanding value for money.

!

High precision and an economical price: that‘s what you get with mirror mounts in the adjust.x™ series. The dimensions of the models with a built-in base are compatible with Lees mirrors mounts, so you can “upgrade“ to Lees at any time.

Both the adjust.x Small and the adjust.x Medium product lines include very compact mirror mounts with handling from above, gimbal mounts, and rugged industrial mirror mounts that ensure long-term stability.

Our adjust.x Small series is designed for mirrors with a 0.5“ or 1“ diameter, and the Medium series for diameters of 1“ and 2“. Choose between open and closed front plates, or front plates without bore holes; all available in versions for right-handed or left-handed operation. In addition we can provide special cleanroom variants that meet the requirements for a class 1000 cleanroom.

A closer look

All variants and the comprehensive accessories are described in detail in our 2010/2011 LINOS catalog, starting on page 248.

No catalog handy? The PDF files are on the CD included with this manual.

...or take a look in our new Q-Shop, at www.qioptiq-shop.com, under Optomechanics/LINOS Mirror Mounts!

An important design factor in the development of our adjust.x mirror mounts is their compatibility with other LINOS systems. Thus the accessories for the adjust.x Small series, for example, include Holder 45°, with an optical axis height that forms an interface to the LINOS Microbench and Flat rail FLS 40 systems.

All adjust.x™ mirror mounts are equipped with three fine-pitch screws made of stainless steel in brass bushings. Narrow tolerance limits guarantee low hysteresis and backlash. These hexagon socket fine adjustment screws ensure precise, nutation-free adjustment with long-term stability. Would you prefer a simple knob, for adjustment without tools? Qioptiq can provide the version you need. • Precise and economical • Extremely rugged • Lees-compatible dimensions • Extensive product line and accessories ensure a wide selection for practically every requirement



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Linear Stages TM / TMS

Positioners in aluminum and stainless-steel design

Product description Travel (mm)

Central Loadcapacity (N)

Max. axial load against micrometer (N)

Max. axial load against springs (N)

Weight (kg)

Part No.

Positioner TM 30-05 aluminum 5 150 50 20 0.04 G40 3370 000



Positioner TMS 30-05 stainless-steel 5 150 50 20 0.06 G40 3380 000



Adapter plate 90-50 G40 3373 000

Adapter plate 50-30 G40 3374 000

Linear positioners TM

The linear stages TM / TMS are available in two versions, with aluminum body or stainless steel body. The sliding carriage is made of stainless steel with precision-grounded bearing surfaces for the crossed-roller bearings

The crossed-roller bearings provide high-resolution movement and large load capacity. These positioners can be used horizontally and vertically. They can be combined to XYZ combinations without any additional mounting brackets.

Different threaded holes ensure compatibility to the LINOS construction systems.

• Compact design• High load capacity • Travel of 5, 16 and 25 mm • Large through hole • Crossed-roller bearings

• Micrometer with 0.25 mm pitch (TM 30-05, TM 50-16) • Micrometer with 0.5 mm pitch (TM 90-25) • Sensitivity < 1 μm

Precision linear stages with 5, 16 and 25 mm travel

Adapter plates allow you to combine positioners of different sizes.

XYZ-combination without additional mounting accessories.

Naturally they are compatible with our construction systems – whether you want to install optic holders, columns or mounts.

!

Our classic:Laser modules NANO 250Our comprehensive program of high-

performance, tunable laser modules

for wavelengths of 375 to 785 nm

with excellent beam quality. Ver-

sions for use in Raman spectroscopy

are available as well. Naturally these

modules can be combined in many

ways with components in the LINOS

Microbench and Nanobench systems,

as well our Rail System FLS 40.

HIGHLIGHT

INSTRUMENTS: Light sources, measuring devices and moreQioptiq supports you with classic light sources for microscopy, image processing and life sciences as

well as with lasers for metrology, spectroscopy and analytics. Take advantage of our comprehensive

range of products, from halogen lamps for LINOS Microbench to cold light sources – both time-tested

and newly developed models – to LED illuminators and frequency-stabilized HeNe lasers!

Our new Qwave spectrometers are easy to operate and ready for immediate use. These extremely

small, versatile and compact units replace our earlier TRISTAN series.

Special highlights among Qioptiq instruments are our NANO laser modules, ideal for a variety of ap-

plications and available in many wavelengths. Their intuitive operating software will win you over.

Not only market developments, but also our customers are our incentive to continuously update our

product range. Read on to find out all about the latest innovations as well as our best-selling classics!


German engineering

RoHS and CE compliant

Extremely compact design

Laser production under cleanroom conditions

Long service life

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NANO 100 miniature lasers modulesThis miniaturized system is compat-

ible with the LINOS Nanobench sys-

tem. The laser diodes are integrated

in the housing with collimator optics

and a controller. The equipment sup-

plied includes the intuitive NANO

Control software for Windows.

Product details on page 45

Ring lights RLThis state-of-the-art illumination

technology is easy to operate, wheth-

er by hand, with a joystick, or using

software. The 4-segment ring light is

ideal for stereomicroscopy, cameras

and machines, and the state-of-the-

art 8-segment ring light leaves noth-

ing to be desired.


NANO 250 lasers in new wavelengths......and higher performance! Power-

ful and tunable laser modules in an

extremely compact design. Respond-

ing promptly to market demands,

we have expanded our NANO series

by the addition of new high-quality

versions.


Shack-Hartmann sensorFast, precise analysis of wave fronts

– even without reference measure-

ments – combined with sophisticat-

ed, user-friendly software for all the

requisite analysis functions: These

are the major strengths of our new

SHSLab Shack-Hartmann wave front

sensor from Optocraft.


Lamp series ILOur new lamp series is centered

around a universal lamp housing for

halogen, Xenon and mercury vapor

lamps. Power supplies and a range

of accessories complete this high-

quality and sophisticated lighting

system.


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Qwave spectrometer

Universal spectrometer in miniature

form with excellent specifications in

resolution, sensitivity and stability.

The spectrometer comes with pow-

erful and user-friendly software for

both operation and data readout.


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Universal Lamp Housing Series IL

The new IL lamp series from Qioptiq consists of a universal lamp housing for halogen, Xenon and mercury vapor lamps. The combination with an electronic lamp power supply from the PS series gives you a high-quality, sophisticated lighting system for your applications.

The universal lamp housing is exceptionally compact, and the precision adjustment of its mechanical components makes your lighting configurations easy to reproduce.

The lamp socket, mirrors and collector can be adjusted from outside the housing, using the instrumentation on the back panel. Even when operating under thermal load, the mechanical positioning remains extremely stable. Openings in the top and bottom housing panels allow air to circulate around the lamp without permitting any light to escape. This noiseless and vibration-free convection cooling helps ensure the conditions for stable light emission from the lamp.

Small lamp houses up to 100 W, universal series for halogen, Xenon, and mercury vapor light sources.

!

Lamp series IL

Lamp housing dimensions

A Ø 60 mm collector guide holds the condensers. The lamp housings come with four screw-in rubber feet as standard equipment, any of which can be replaced by an adjustment foot if desired.

• Lamp housings for halogen lamps, Hg and Xe• Igniter built in to the lamp housing for Xenon or mixed-gas lamps• External, thermally stable and reproducible mechanical adjustment of lamps, mirrors and collectors• Easy lamp replacement• Light-tight• Splinter shield included in delivery• Safety-circuit function• Comprehensive range of accessories• Compatible with LINOS Microbench

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Equipment design

HousingFormed sheet metal housing, light-tight, textured paint: white (RAL 9003)

Dimensions (HxWxD) 169x126x154 mm

Weight 3.4 kg

Light output / Fittings

Clearance, optical axis – lower edge of lamp housing

120 mm

Fastening, collector Collector guide with with z-adjustment

Fastening, lamp Lamp adapter with x, y-adjustment

Fastening, Microbench adapter M4 hole circle, 73 mm

Reflector Mirror with x, y, z-adjustment

Lamp socket Lamp adapter (lamp-type specific)

Electrical operating conditions

Power supply Electronic ballast (lamp specific)

Electrical connection Cable, 1.5 m long; electrical connection permanently attached to lamp housing, plug coded to match electronic ballast

Ambient conditions

Ambient temperature 0 ºC to +40 ºC

Storage temperature – 40 ºC to +70 ºC

Safety (EN 61010-1)

Device protection class I

Type of protection IP 20 (EN 60529)

Safety circuit Shut off when device is opened

Lamp housings for halogen lamps, Hg and Xe(Equipment supplied: housing with splinter shield, connecting cable and description)

Product Description Power (W) Lamp Required power supply

Part No.

Lamp housing ILH for halogen lamps 12V 50 or 100 OSRAM 64602 HXL and 64623 HXL PSH 100 G03 0530 000

Lamp housing IQL 50 AC for mercury lamps 50 OSRAM HBO 50W/AC PSQ 50 AC G03 0532 000

Lamp housing ILX 75 for Xenon lamps 75 OSRAM XBO 75 W/2 PSX 75 G03 0534 000

Selection guide

Do you want light sources for the LINOS Microbench that are even more compact? Whether halogen or LED lighting – you will find application examples in the LINOS “Microbench, Bench and Rail Systems“ brochure on the enclosed CD. You can find all the information you need in this comprehensive user brochure.



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PSH 100 Power Supply for Halogen Lamps 12V/50 and 100 W

Power Supplies for IL Lamp Housings

The PSH 100 power supply is intended solely for operation of halogen lamps with max. 12 V/100 W in suitable lamp housings. The output voltage from the ballast can be adjusted by the user with high precision using the 10-turn potentiometer on the front panel of the device. The potentiometer adjustment knob can be secured to prevent inadvertent changes in the output voltage.

The display on the front panel of the instrument can show output voltage or output current, depending on user selection. A service-hour counter is provided to record the number of hours of operation. The counter can be reset to 0 by the user.

Equipment design

Dimensions (WxHxD) 175x115x290 (mm)

Mass Approx. 2.8 kg

Lamp output voltage

Output voltage; adjustable 1 to 12.1 V DC

Line regulation < ± 0.2 %

Output voltage ripple < 1 % peak to peak

Output current Max. 10 A

Short-circuit strength Continuous short-circuit protected

Input parameters

Voltage 100 to 240 V AC (±10%)

Frequency 50 to 60 Hz

Power consumption Max. 150 VA

Fuse 2 T4 A; breaking capacity H

Ambient conditions

Permissible ambient temperature range (storage) -20 to 85 °C

Permissible relative humidity (storage) 10 to 90%, non-condensing

Permissible ambient temperature range (operation) -0 to 40 °C

Permissible relative humidity (operation) 10 to 90 %, non-condensing

This low-ripple power supply is excellently suited for sophisticated halogen lights, for example in image processing.

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Safety information



Overheating protectionOverheating causes the equipment to switch off. Once the equipment has cooled down, lamp output switches back on automatically.

Overload protection Output is protected from continuous short-circuit current

EMC

Limitation of emissions EN 61326 (Class B)

Defined immunity to interference EN 61326 Appendix A

Voltage fluctuation, flicker EN 61000-3-3

Harmonic current emissions EN 61000-3-2


PHS 100 power supply for halogen lamps, 12 V / 50 and 100 W G03 0540 000

Power supply for halogen lamps(Equipment supplied: power supply with power cord and operating instructions)



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PSQ 50 AC Power Supply for Mercury Vapor Lamps

This electronic AC power supply replaces the older-model electrical ballasts and offers outstanding properties which in turn extend service life of the lamp.

Moreover, it provides significantly improved light quality, and can be used anywhere in the world with no switching needed. In addition to traditional laboratory applications, this considerably smaller and lighter instrument opens up many new areas of use, including camera integration.

The electrical ballast is based on a switching power supply. In comparison to the power supplies with choke coils usually implemented for mercury vapor lamps, this model enables the following advantages:

• Energy-saving operation enables a lamp service life of approx. 500 h• Greater efficiency• Extremely low ripple of the luminous flux• Wide range input• Economies of weight and volume

The power supply also generates the starting voltage required to ignite the connected lamp. No additional igniter is needed. The starting voltage is generated automatically when the power supply is switched on, after the safety circuit is closed, and switches off again automatically once the connected mercury short-arc lamp as been successfully ignited.

Equipment design

Dimensions (WxHxD) 165 x 86 x 235 (mm)

Mass 1.4 kg

Output parameters

Power 50 ± 3 W

Stability (8 h) ≤ 2 %

Combustion current, max. 2.0 A

Combustion voltage 33 to 55 V AC

Output frequency 151 Hz

Pulse wave shape Rectangular

Luminous flux modulation < 5 %

Ignition Automatic, with ignition time limit

Ignition voltage Approx. 500 VAC eff.

Input parameters

Voltage 100 to 240 VAC (±10%)



Fuse 2 T4 A; breaking capacity H

Ambient conditions


Permissible relative humidity (storage) 10 to 90 %, non-condensing

Permissible ambient temperature range (operation) 0 to 40 °C


Plug and play: state-of-the-art technology.

!


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PSQ 50 AC power supply for mercury vapor lamps G03 0542 000

Safety information



Overheating protection Combustion voltage is cut; output remains connected to the mains

Safety circuit Present

Outputs Connected to the mains

EMC

Limitation of emissions EN 61326 (Class B)

Defined immunity to interference EN 61326 Appendix A

Voltage fluctuation, flicker EN 61000-3-3

Harmonic current emissions EN 61000-3-2

Power supply for mercury lamps(Equipment supplied: power supply with power cord and operating instructions)



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PSX 75 Power Supply for Xenon Lamps

The PSX 75 is power supply made solely for operation of type XBO 75 W/2 model Xenon short-arc lamps from OSRAM and equivalent types in suitable lamp housings.

The corresponding Qioptiq lamp housing, ILX 75, has a built-in igniter that generates the high voltage necessary to ignite the Xenon short-arc lamp. The PSX 75 power supply provides a no-load voltage (UL = 55 to 65 V DC) to the lamp output for operation of the igniter.

Equipment design

Dimensions (WxHxD) 167 x 85 x 222 mm

Mass 2.2 kg

Output parameters

Power 86 W

Output current Nominal value 5.4 A ±0.3 A

Stability (8 h) ≤ 10-2

Output current ripple (50 Hz to 200 kHz) < 50 mApp

No-load voltage 55 to 65 V DC

Combustion voltage 10 to 18 V DC

Short-circuit strength Continuous short-circuit protected

Input parameters

Voltage 100 to 240 VAC (±10%)



Fuse 2 T2 A; 5 mm x 20 mm; breaking capacity H

Ambient conditions


Permissible relative humidity (storage) 10 to 90 %, non-condensing

Permissible ambient temperature range (operation) 0 to 40 °C


Safety is a top priority with us.

!


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PSX 75 power supply for Xenon lamps G03 0544 000

Safety information



Overheating protection Present

Safety circuit Present

Overload protection The lamp output is continuous short-circuit protected

Output power limit

As the lamp‘s combustion voltage increases over the service life of the lamp, the power limit rises as well. This is why the device limits the maximum output power to 86 W.

Power supply for Xenon lamps(Equipment supplied: power supply with power cord and operating instructions)



40


Adjustment foot IL

Lamp Series IL: Accessories

As an alternative to the standard rubber feet, the Qioptiq lamp housings can be optionally equipped with adjustment feet. The height adjustment of each foot can be varied by ±4 mm, to change the height of the housing or to effect a tilt. The feet can be attached to a surface that has M6 threaded holes in a 25 mm pattern, to prevent inadvertent movement of the lamp housing.


Adjustment foot IL G03 0555 000

• For precise adjustment of the lamp housing• Adjustment range: ± 4 mm• Can be secured in position with four M6 screws• Can be mounted on a mounting bracket or optical table with M6 threaded holes in a 25 mm pattern

Mounting bracket 40/65

With the mounting bracket 40/65 the IL series lamp housings can be affixed laterally to an optical table to save valuable space on the work surface. Another practical application is the adaptation of a 120 mm beam height to the standard 40 and 65 mm beam heights of LINOS structural components. This is achieved by simply removing an intermediate piece from the bracket. The base of the mounting bracket has M6 threaded holes (pattern: 25 mm).


Mounting bracket 40/65 G03 0551 000

• Lateral installation on optical tables• For adapting beam heights of 120 mm to 40 or 65 mm• Work surface with M6 threaded holes in a 25 mm pattern

Microbench adapter IL

The Microbench IL adapter is the interface to the Microbench and to Tube Mounting System C from LINOS, placing a broad range of mechanical and optical components at your disposal.


Microbench adapter IL G03 0553 000

• For easy installation in the LINOS Microbench system• Free Ø: 35 mm

Stop screws, M6, undetachable

Adjustment screws

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Plug-in condensers

Condenser, two-lens, 105-385 mm, VIS

• Wavelength range: 420 to 680 nm• Focal length: 32 mm• Back focal length: 105 to 385 mm (measured from front panel of lamp housing)• Numerical aperture: 0.52• Type: aspherical lens (B270) and plano-convex lens (N-BK7)• Outer diameter: 60 mm• Filter thread: M55 x 0.75


Condensor, two-lens 105 – 385 mm, VIS G03 0556 000

Condenser, two-lens, 105-385 mm, UV

• Wavelength range: 230 to 390 nm• Focal length: 31 mm• Back focal length: 105 to 385 mm (measured from front panel of lamp housing)• Numerical aperture: 0.52• Type: aspherical lens and plano-convex lens (quartz)• Outer diameter: 60 mm• Filter thread: M55 x 0.75


Condensor, two-lens 105 – 385 mm, UV G03 0557 000

Condenser, one-lens 220 mm - ∞, VIS

• Wavelength range: 420 to 680 nm• Focal length: 40 mm• Back focal length: 220 mm to infinity• Numerical aperture: 0.52• Type: aspherical lens (B270)• Outer diameter: 60 mm• Filter thread: M55 x 0.75


Condensor, one-lens 220 mm up to infinity, VIS G03 0558 000

Condenser, one-lens 220 mm - ∞, VIS

• Wavelength range: 230 to 390 nm• Focal length: 40 mm• Back focal length: 220 mm to infinity• Numerical aperture: 0.52• Type: aspherical lens (fused silica)• Outer diameter: 60 mm• Filter thread: M55 x 0.75


Condensor, one-lens 220 mm up to infinity, UV G03 0559 000



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Ring Lights RL

4/8 Segment LED Ring Lights RL

Ring lights are ideal for shadowless, homogenous illumination of objects with matte or only slightly reflective surfaces. Moreover, the new 4-segment ring light RL4-S4 and the 8-segment ring lights RL8-S8 offer the option of selecting the optimum direction of illumination. This opens up a realm of possibilities for the professional user to set the perfect contrast and thus achieve the optimum illumination of the object.


4-Segment LED-Ring light RL4-S4 G40 5760 000

The segment ring lights in the RL series have a standard inner diameter of 66 mm. This can be reduced to smaller diameters, down to 50 mm, using adapters. With a range of accessory components available, such as diffusor plates, pol filter sets and protective glass panels, the ring light can be adapted to suit practically any illumination task no matter how demanding.

48 low-aperture LEDs, can be adjusted in any combination using the illuminated push-buttons. The brightness can be continuously adjusted between 0 and 100%. The control features make it easy to adjust the system while simultaneously looking through the microscope or a monitor with a camera.

The RL4-S4 is a state-of-the-art and energy-saving 4-segment LED ring light for stereomicroscopes, cameras and machines. It has been developed specifically for the lighting techniques described above, for use both in scientific research and in industry. The lighting system can be installed very quickly and is easy to operate. Four independent light segments with a total of

Ring Light RL4-S4

• Energy-saving, environmentally friendly lighting technology• Long LED service life: approx. 50,000 hours• Continuous brightness control from 0 to 100 %• Working area from 50 mm to 160 mm• Comprehensive range of accessories

Very homogeneous, flicker-free illumination.

!

• Inner diameter: 66 mm• Adapter rings for diameter reduction (down to 50 mm) • Other color temperatures and colors available

Easy operation of the RL4 ring light using a keypad or joystick; brightness control with the handy table-top control unit



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8-Segment LED-Ring light RL8-S8 G40 5759 000

Nine different lighting configurations can be stored. Additional features include a flash function for camera system, a foot switch for toggling the illumination settings, and a stroboscope function. Stored lighting configurations can be sent from the ring light system to a computer, and vice versa. The software has a graphic user interface for easy programming of the lighting configurations, flash times and stroboscope function.

This ring light has been developed for manual and computer-controlled use in the laboratory and in production facilities. The design places special emphasis on simple, intuitive operation. Both the eight independent light segments and the brightness settings can be controlled using a keypad, a joystick or through computer software. This gives the professional operator perfect control over light regulation and the ability to adapt the system to individual applications.

Ring Light RL8-S8

• Inner diameter: 66 mm• With adapter rings for diameter reduction (down to 50 mm)• Other color temperatures and colors available

• 8-segment LED ring light with 80 high-quality, bright LEDs• Energy-saving, environmentally friendly lighting technology• Very homogeneous, flicker-free illumination• Long LED service life: approx. 50,000 hours• Continuous brightness control from 0 to 100% for each individual segment• Flash operation (lighting time: 5 μs < ton < 8 ms)• Stroboscope mode (frequency 0.001 Hz < fs < 20 kHz, lighting time 5 μs < ton < 8 ms)• Working area from 50 mm to 160 mm• Comprehensive range of accessories

Easy operation of the RL8 ring light using a keypad or joystick; brightness control with the handy table-top control unit

The RL8-S8 is an absolutely state-of-the-art, controllable, complete ring light system for microscopy and vision systems.

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With its well established NANO 250 series, Qioptiq offers powerful and tunable laser modules in the smallest design available on the market. Qioptiq focuses on continuous development of this series in order to keep up with constantly changing demands and new application technologies both in the market and for our customers. In addition to user-friendly operation and the options for adjusting both power and wavelength shift – using the software on a PC or a remote control unit – better performance and new wavelengths are always in demand.

Compatible with our Flat Rail System FLS 40.

!

Laser Modules NANO 250Higher Performance - New Wavelengths

For the wavelengths at 405 nm we have increased the power, without increasing the device size, from 130 mW to 160 mW; for 445 nm wavelengths, from 450 mW to 800 mW, and for 532 nm, from 200 mW to 300 mW. The wavelength range has been extended into the IR with 808 nm, 830 nm and 1064 nm. The power at each of these wavelengths is 100 mW.

Their long service life and excellent beam quality make these modules ideal for use in science, industry, and the medical field.

• Divergence: < 0.8 mrad (typical)• Polarization: > 100:1 lin.• Operating mode: ACC 1)

• Modulation, analog/TTL: to 200 kHz (optional: 150 MHz), except with NANO 250-532 models 2)

• Noise: < 1 %• Temperature control: TEC• Laser safety class: IIIB• Dimensions, laser head: 70 x 30 x 31 mm (2.8 x 1.2 x 1.2 in)• Weight, laser head: 160 g• Operating temperature: 10 °C to 45 °C (50 °F to 113 °F)• Dimensions, power supply: 60 x 90 x 30 mm (2.35 x 3.6 x 1.2 in)• Length, line to laser head: 0.8 m (31.5 in); other lengths on request• Modulation input, analog: 0 - 5 V DC; optional: TTL Hi > 2.5 - 5 V• Power supply: 95 - 240 V AC, 50 - 60 Hz (sec. 12 V DC)

1) Active current control PSU2) NANO 250-532: max. 15 kHz - AOM recommended

• Active, precision-stabilized temperature regulation• Divergence of less than 0.8 mrad, TEM00

• IP67 protected housing (vacuum- compatible versions optionally available)• Microprocessor-controlled laser power supply with operating status display• Optional fiber coupler• Horizontal, vertical and diagonal mounting• Can be mounted on breadboards marked in inches or metric units• Manufactured under fully climate- controlled cleanroom conditions• Laser modules sealed in protective atmosphere

New Versions of the NANO 250 RGB Lasers

Product Description Wavelength (nm) Power (mW) Part No.

NANO 250-405-160 405 160 G04 0959 000

NANO 250-445-800 445 800 G04 0960 000

NANO 250-532-300 532 300 G04 0961 000

NANO 250-808-100 808 100 G04 0962 000

NANO 250-830-100 830 100 G04 0963 000

NANO 250-1064-100 1064 100 G04 0964 000

A closer look

The enclosed CD contains our popular brochure, “LINOS Microbench, Bench and Rail Systems“. From the “Q & A“ section to the practical application examples, this comprehensive user brochure will answer all your questions.



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The new laser modules in the NANO 100 series from Qioptiq correspond to the NANO 250 series laser modules, which are compatible with the LINOS Microbench. The dimensions of this new, extremely miniaturized system are adapted to the smaller LINOS Nanobench system. The housing, while measuring only 25 x 25 x 40 mm, contains not only the laser diode with collimation optics but also the controller. The maximum output power is up to 100 mW. No additional power supply unit is

Miniature Laser Modules NANO 100The Light Sources for the LINOS Nanobench

necessary, because the module is powered over the USB connection. The USB port also provides a computer interface for monitoring and manipulating the operating parameters of the laser modules, which come with the NANO Control software for Windows. All the commands for programming the interface are described in detail in the user manual, so you can control the laser modules through your own programs. .

Laser module NANO 100

NANO 100 with adapted Mounting plate N

NANO 100 with Mounting plate N combined with our Flat rail system FLS 25

On request, we can offer laser modules with fiber couplers.

• Beam diameter: 1.1 mm x 2.2 mm to 1.2 mm x 2.8 mm (depends on the wavelength)• Divergence: < 0.9 mrad• Mode structure: TEM00• Polarization: linear > 100:1• Polarization angle: vertical ± 5°• Beam stability: < 5 μrad/K• Noise: < 1 % RMS• Output stability: < 1 % (10 h)

Miniature laser modules NANO 100

Product description Wavelength (nm)

Output power (mW)

Part No.

NANO 100-405-15 405 15 G04 0965 000

NANO 100-405-75 405 75 G04 0966 000

NANO 100-445-15 445 15 G04 0967 000

NANO 100-532-15 DPSS* 532 15 G04 0968 000

NANO 100-638-75 638 75 G04 0969 000

NANO 100-660-75 660 75 G04 0970 000

NANO 100-785-75 785 75 G04 0971 000

* Constant temperature at the base plate required

• Operating mode: Active current control PSU• Laser safety class: 3B / IIIb• Dimensions: 40.0 mm x 25.0 mm x 25.0 mm• Weight: 40.3 g• Operating temperature: 0 °C to +45 °C, non-condensing• Storage temperature: -25 °C to +70 °C

Compact, yet all-inclusive: laser diode and collimator optics, controller and USB port for power supply. And last but not least: the specifications are impressive as well!

!

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Spectrometer QwaveUniversal Miniature Spectrometer with USB

The new Qwave Spectrometer is hardly bigger than a cigarette pack, and yet takes measurements with high resolution and sensitivity. The thermal stability of this versatile spectrometer is outstanding as well. The Qwave comes with intuitive software that is unique worldwide for its unrivalled performance, for complete control and monitoring through your computer. With its 75 mm focal length, the Qwave attains a level of accuracy normally seen only in much larger spectrometers. The standard version provides a resolution of 0.5 nm and encompasses the spectral range from 350 to 950 nm, and can be configured for 200 to 1100 nm. The narrower the spectral range, the higher the resolution. The Qwave spectrometer is controlled using the “Waves“ program, which features state-of-the-art algorithms for measurement and analysis – and makes them extremely easy to use.

Many of the features are available at a single mouse-click. With Qwave, the dark spectra for optimum sensitivity no longer have to be recorded anew every time the exposure time is changed. A number of automatically recorded dark spectra are stored as calibration values and interpolated. In conjunction with the automatic lighting control, calibration of the wavelengths, and impressive spectral sensitivity, a single click is all that is needed to record a spectrum with the highest possible accuracy –ideal for displaying and comparing several spectra. A strip chart function is provided as well, for graphic display of a variety of characteristics of the recorded spectra. This is a useful tool for analyzing transients, for example.

All-in-one package: spectrometer, software, driver, and updates are all included

!


Spectrometer Qwave UV / VIS / NIR G12 0585 000

Spectrometer Qwave

• Small, lightweight and sturdy • High resolution and sensitivity • Excellent thermal stability • Intuitive software



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Technical data

• Focal length: 75 mm • Numerical aperture: 0.10 • Spectral range (standard): 350 to 950 nm; optional: 200 to 1100 nm • Grid: 600 lines/mm (more on request) • 20 μm entrance slit (others on request) • Spectral resolution: 0.5 nm for 350-950 nm • Signal to noise ratio of > 2000 : 1 (texp. = 1 s) • Scattered light < 0.05 % • Exposure time: 0.1 ms to 600 s • CCD line sensors with 3648 pixels • 16 bit 15 MHz A/D converter

Software

• Import/exports spectra as ASCII files • ASCII files exported for further processing with Origin, Excel or one of many other programs • Calculation of statistical values • Print the diagrams and exports as PDF • Dynamic peak finder (no threshold setting necessary) • Automatic wavelength calibration• Colorimetry • Software development kit to control the spectrometer with your own programs

• SMA connector for optic fiber (other on request) • USB 2.0 interface • External connections for trigger, shutter and light sources • Dimensions: 89.5 x 68.0 x 19.5 mm • Weight: 155.4 g • Operating temperature: -15 °C to +60 °C (non-condensing) • Allowable storage temperature: -25 ° to +70 °C• Power consumption: 5 V DC, 500 mA (over USB) • Software for Windows 7, Vista, XP

Spectrometry the easy way: set up, measure, analyze and document.

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Shack-Hartmann Sensor SHSLab

Due to their technical principle, Shack-Hartmann sensors measure wavefronts without the need for a simultaneously present reference wavefront. This is an advantage over interferometry where special precautions concerning stability and coherence of both the measured and the reference wavefront are neccessary. Shack-Hartmann sensors work in single shot technique and thus enable fast and rugged operation:

• Single shot• High inherent stability• Broad spectral range• High dynamic range• High accuracy

SHSLab = SHSCam + SHSWorks

The Shack-Hartmann wavefront sensor system SHSLab is a unique tool for

• Characterizing lasers• Testing optics• Aligning optical systems• Adaptive optics applications

No matter if the wavefront under investi-gation is aberrated by refraction, reflection or diffraction, SHSLab provides a fast and accurate answer by means of adequate evaluation functions.

SHSLab is widely used in optical and laser industry and in research and development. It features several unique properties that are based on finest hardware components and thorough software engineering.

The SHSCam sensor head consists of a camera, microlenses and cabling and provides the technical basis for high dynamics and accuracy of wavefront measurements.

SHSWorks is a comprehensive metrology software package which covers nearly every functionality one could desire in daily metrology business.

How does SHSLab work?

The Shack-Hartmann sensor head SHSCam uses a microlens array to transform the local slope of the wavefront into shifts of an array of focal spots. From the detected position and intensity of the spots, the wavefront is derived. Thereafter, SHSWorks allows for various advanced evaluations: special representations such as Zernike polynomials, optical functions such as the point-spread- (PSF) or the modulationtransfer- function (MTF) or integral numbers such as wavefront tilt, refractive power, M² or the common Strehl ratio can be calculated.

Why SHSLab?

Optocraft’s SHSLab exhausts the potential of the Shack-Hartmann wavefront sensor technology. SHSLab offers extreme dynamic range, excellent accuracy, stability and reliability.

• Extreme tilts and dynamic range• Excellent basic accuracy• High reliability and measurement speed

The purpose sensor! Whether for characterization of lasers, checking and adjusting optics, or for adaptive optics applications – the SHSLab is the right choice.

!

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Sensor Head Data

Detection area 6.4 x 4.8 mm2

Lateral resolution / microlenses 58 x 43

ML-pitch 0.11 x 0.11 mm2

Focal length (typical) 2.5 mm

Optimization wavelength 635 nm

Calibrated wavelength range 500 - 700 nm

Usable wavelength range 400 - 1100 nm

Grayscales 8 respectively 12 bit

Weight 0.1 kg

Camera bus Gigabit Ethernet (GigE Vision, Genicam)

Sensorhead dimensions , L x W x H 64 x 36 x 36 mm3

Performance Data

Evaluation rate (typical) 10 Hz

Typical power consumption 4 W

Angular accuracy per ML 230 µrad

Angular accuracy of all spots of SHSCam 5 µrad

Minimum local wavefront curvature 7 mm

Basic accuracy in PV of wavefront, peak-to-valley (4.7 mm diameter)

50 nm

Repeatability in RMS of wavefront difference (4.7 mm diameter)

3 nm


SHSLab BR-110-STD G12 0901 000

Shack-Hartmann wavefront sensor system

SHSLab - now available in many countries!



5050

Qioptiq Global

Brazil QuantumTech+55 16 33 74 76 [email protected]

China China Daheng Group, Inc. +86 10 82 78 26 68 [email protected]

India New Age Instruments +91 12 44 08 65 13 16 [email protected]

Israel Lahat Technologies Inc. +97 29 76 46 [email protected]

ItalyMICOS Italia GmbH+39 02 90 36 33 [email protected]

Japan Opto Science, Inc.+81 33 35 61 [email protected]

KoreaKIMSOPTEC Co., Ltd. +82 31 77 60 [email protected]

Netherlands & Belgium (Flemish Region)Vadeno+31 31 84 21 [email protected]

RussiaEuroLase Ltd.+7 49 91 24 28 89 [email protected]

Asia (without China, Japan), OceaniaQioptiq Singapore Pte. Ltd. +65 64 99 77 [email protected]

SpainMICOS Iberia+34 93 81 60 [email protected]/es

Sweden, Norway, Finland, BALTIC statesACAL BFi Nordic AB+46 18 56 58 [email protected]

Switzerland (without French part), Liechtensteinwzw optic ag+41 71 72 71 [email protected]

Your Qioptiq contacts for catalog products

Worldwide catalog distributors

Germany & AustriaQioptiq Photonics GmbH & Co. KGKoenigsallee 2337081 Goettingen+49 (0) 551 69 35-0 [email protected]

France & Switzerland(French part)Qioptiq Photonics SAS +33 (0) 472 52 04 20 [email protected] UKQioptiq Photonics Ltd. Mitchell Point +44 2380 744 [email protected]

USA Qioptiq Inc. +1 58 52 23 23 [email protected]

Singapore Qioptiq Singapore Pte Ltd+65 64 99 77 [email protected]

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Content CD: Optics-Design-SoftwarePackageWinLens

LINOSCatalog2010|2011

BrochureIndustrialManufacturing

BrochureLINOSMicrobench,Bench-andRailSystems

BrochureLINOSProducts:News&Highlights2011

Did someone else get to it

first? Order your own CD

from [email protected]!

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LINOS ProductsNews & Highlights 2011

[email protected]/Can: 1 800-429-0257Eur: +49 551 69 35-0Asia: +65 64 99 77 66www.qioptiq.com

Subject to change without notice

Documents

LINOS Products - Qioptiq | Photonics for Innovation the new “ LINOS Products, News and Highlights“ – both in the online shop and offline in this brochure! LINOS Catalog - Part