CSpace® Glasses-Free 3D Volumetric Display

April 22, 2015 3DICon Corporation

6804 S. Canton Ave, #150 Tulsa, OK 74136

918-494-0509 info@3dicon.net

Market Opportunities

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MRI/CT/Ultrasound

Space and Airborne EO/IR/RF

Sonar

Visualization of 3D data collected from imaging systems.

Visualization of 3D non-imaging created data sets, e.g., modeling

and simulation.

Flow of Internet Data between two Geo-locations

Courtesy IHMC Currently 3D data is rendered in 2D

or 2.5D with loss of content

$20B+ market opportunity by 2018

Representative Applications

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•  Healthcare (diagnostics, surgical planning, training, telemedicine, biosurveillance)

•  Cyber Security Data Visualization •  Military (operational planning, training, modeling and simulation,

battlespace awareness, damage assessment, autonomous piloting) •  Physical Security (passenger, luggage & cargo screening) •  Mining, Oil & Gas Exploration •  Meteorological and Oceanographic data visualization

Illustration of a CSpace® display being used in a medical setting

3DIcon Overview/Background

Company: � Leading developer of 3D volumetric display solutions

Product: � CSpace® Glasses-free 3D volumetric display − 360° viewing angle − Very high resolution. 800,000 voxels − 95% COTS components (optics, DLP, lasers, electronics)

Uniqueness: � Rare earth doped specialty-glass 3D imaging chamber emits light images when illuminated with IR lasers

Status: � Demonstrated monochrome laboratory prototype observable in ambient lighting at high resolution

� Continue to scale image chamber

Investors:

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Company Overview

•  Public company developing CSpace® patented glasses-free 3D-on-3D volumetric display technology -  Listed as TDCP on the OTC -  > 9,000 shareholders

•  Based in Tulsa, Oklahoma -  5 people -  2,500 sq. ft. of office & lab space

•  ~ $9 million invested over 8 years -  Used to expand IP and create a

laboratory prototype

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Team and Partners

Outstanding Team

University of Oklahoma

Schott Defense

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World Class Partners

Victor Keen – CEO Largest shareholder, long term investor in start-up technology, Former Chair, Tax Group, Duane Morris LLP (600+ attys) Doug Freitag – VP Technology and Business Development 25+ years of federal funding / government business development and advanced ceramics experience.

George Melnik – Technology Advisor Industry consultant in display technology R&D. Previously positions at Philips developing LCOS technology. Mark Willner –Business Advisor 30 Years of International business experience in displays technology. Ken Evans – Financial Advisor 20+ years experience as a private investment banker and mergers and acquisitions advisor.

Cspace® Basic Operation

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850 nm Laser Based XGA DLP Projector

1532 nm Laser Based Z-Axis Polygon Scanner

Specialty glass containing rare earth metals that emit visible light when illuminated simultaneously to two IR lasers.

Lasers illuminate and raster the transparent media sequentially at high video rates to create a true 3D image that can be viewed from any angle.

Image Chamber

Key Advantages of CSpace®

•  Create true 3D images when depth of field must be accurately represented

•  Capable of higher resolutions using lower resolution photonic devices (create voxels vs pixels) -  Results in lower SWAP

•  Ability to create still, animated and video images •  All aspect viewing to enable collaboration during critical decision

making •  Reduction in eye and cognitive fatigue that can degrade user comfort,

endurance and reliability during critical decision making. •  Image created in a glass chamber to increase stability and reliability. •  Bill of materials primarily commercial off the shelf (COTs) •  Capable of larger image sizes

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CSpace® Technology Status

Laboratory Prototype Completed •  Components shown to work together

in a laboratory environment •  Monochrome image •  Image visible in ambient lighting •  4 x 4 x 4 cm image size •  1024 x 768 projection resolution •  30 slice scanning resolution •  ~23 million voxel resolution

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Laboratory Prototype

•  Future: 800 million voxel resolution, full color, desktop full size imaging

Key Challenges/Future Plans

•  Imaging Chamber Material -  Scalability/brightness due to conversion efficiency -  Image quality/contrast due to scattering -  Brightness/uniformity due to absorption -  Single piece vs segmented with bond lines

•  Image Chamber Illumination -  Scalability of polygon scanner -  Z-axis line/plane width uniformity and depth of focus -  Higher resolution image projection -  User eye protection

•  Thermal management •  Computing power as resolution increases

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External Validation of CSpace®

Oklahoma Center for the Advancement of Science & Technology (OCAST)

•  3DIcon Awarded $300K Grant & Took 1st Place •  Cornell Lee Cross II, Associate Director for Programs

"Of the 42 proposals submitted in the most recent Oklahoma Applied Research Support (OARS) funding cycle, the 3DIcon proposal was not only selected to receive full funding, it received the highest ranking possible in that funding cycle. Our independent third-party reviewers gave the 3DIcon proposal the highest ranking possible because the proposal had 1) a very credible research & development plan; 2) a well thought out commercialization plan that took into consideration both supply chain and downstream value chain partnerships; and 3) the huge positive potential of the business and its corresponding impact on the state's economy.”

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Schott Defense Image Chamber Material Strategic Partner

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Global network with more than 600 R&D employees all over the world §  The Otto Schott Research Center in Mainz §  The Development Center in Duryea, Pennsylvania (USA) §  Technical Support Centers in Europe, North America and Asia

Materials Development Expertise §  Development and innovation of glass and glass ceramic materials §  Invented the glass ceramic cooktop (Ceran) – eco friendly §  Transparent armor window systems (DoD M-ATV) §  Manufacture of high technology custom materials §  Melting and Hot forming process development §  Coating Technologies §  Coefficient of thermal expansion matching between dissimilar materials Specialize in Products that Can Not Fail §  Fusion – laser glass for world’s most powerful lasers §  Fission – Proven 60 year life in reactor pressure vessel feedthroughs §  Oil and Gas – Down well sensor connectors, Liquid Natural Gas Tanker

Feed through assemblies §  Survivability – Advanced Glass Ceramic Armor Systems for US M-ATV,

Ejection seat and auto air bag initiators

http://www.us.schott.com/defense

Summary

•  Market demand for 3D data visualization continues to grow.

•  Glasses-based 3D data visualization limits collaboration among viewers during critical decision making.

•  Glasses-free, non-volumetric 3D data visualization remains limited in image quality.

•  Glasses-free, volumetric 3D data visualization has the ability of providing the best user experience.

•  3DIcon’s CSpace® has been demonstrated, peer reviewed and IP established.

•  3DIcon is currently seeking Federal R&D contracts and grants to support continued development.

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