IN-VISION 2017. All rights reserved. IN-VISION GmbH B2B DLP Light Engine and Optical Solutions
Company Long-term experience in development and manufacturing of high-end optical projection lens assemblies and DLP light engines Vienna, Austria >75 employees High-end manufacturing and engineering in the field of optomechatronics DLP (digital light processing) design house partner of TEXAS INSTRUMENTS TM Participating partner of different European science projects 2
Value Chain High vertical integration and end-to-end production facilities offering significant value to our worldwide customer base Design and manufacturing value chain Procurement Research & Development Manufacturing Assembly QA / QC Sales & After Sales Support National & international supply chain Optical Design Mechanical Design Electronics, Software, FPGA Design Lens housings Raw glass Electronics CNC Turning, Milling Lens Grinding, Lens Polishing PCB Design, Layouting Aluminium Anodization Outsourced Lens Coating, Thin-Film Deposition Sub-tier electronics assembly, Functional testing Clean-room assembly 3D-inspection & endurance testing Visual & automated test-rig inspection Sample defect tracking Continuous product improvement Postlaunch reviews Customer change requests 3
Technological Background DLP (digital light processing) is a reflective imaging technology developed by Texas Instruments based on micromirrors Addressed by IN-VISION How it works Micromirrors are mounted on movable mechanics controlled by a binary input Micromirrors are movable by electrostatic forces between two defined positions One DLP Chipset consists of millions of micromirrors Digital Micro-Mirror Device (DMD) 1 mirror per pixel (8.8 µm) Switching >1000 times per second Electronic control panel Use Cases Portable Projectors Home cinema Classroom etc. Cinema Projectors Cinema Large Venue Specialty Pico Projectors Smart Phone Ultra-portable Wearable display Automotive Equipment beyond display 3D printers 3D scanners Lithography systems Spectrometers 4
Business Units IN-VISION extract market involvements Product Family Markets Description Customer base Digital Projection Lenses Image Projection Manufacturing of high-end lenses for digital projection in movie theatres or other large venue screenings for projection in simulators (flight-, train- and ship-simulation) Digital 4K cinema projection Digital projection (Large venue & home theatre) 4K projection for simulation applications DLP Light Engines 3D Printing DLP light engines for additive 3D printing processes and resin curing (liquid polymers) 3D printer manufacturers 3D Metrology Pattern projection and scanning for industrial inspection purposes Manufacturers of 3D metrology equipment PCB Lithography Maskless lithography of PCB wiring layouts Lithography equipment suppliers Wafer Lithography Maskless lithography in the semiconductor industry Lithography equipment suppliers Long Term Archiving PIQL Long-Term archiving project for European Union: manufacturing of highend 4K objectives PIQL Various B2B customers 5
Research & Development IN-VISION has built a strong market position through international research and development initiatives Together with our national and international R&D partners, we participate in several research projects to develop tomorrow s DLP solutions and applications. An extract of our current research and development focus: Maskless lithography applications at sub-micron resolution Blue and UV laser diode illumination systems Hybrid DLP and laser scanning light exposure for 3D printing Industry 4.0 towards the smart optomechatronical factory 6
Collaborations What we offer: Broad know-how in the field of optomechatronics Experience in handling national and international scientific projects as consortium partner and leader Engineering and design capabilities of complex systems with precision mechanics, electronics and optical components, as well as production capacities for prototype and series manufacturing What we seek: New fields of application for our know-how Complementary know-how f.i. image processing, medical imaging, metrology 7