By Staff, September 30, 2003
In-Vision GmbH & Co. KG is very proud to be part of a network between Texas Instruments and its value-added resellers and optical solution providers to promote the outstanding technical advantages of DLP™ technology for new applications beyond digital projection. In many new applications, from digital imaging and photo processing to biotechnical applications, In-Vision has provided outstanding and award-winning optical design solutions to its customers and allowed them to take over the technical leadership in their fields of business.
At InfoComm 03 in Orlando, Fla., In-Vision will announce the introduction of its first reference engine, EM-SX1, using a single SXGA DLP chip. In order to further sustain the development of new products and to allow customers to evaluate new ideas, the modular setup of the engine allows for the use of it with a variety of different lamps and enables it to be designed into UV, VIS or IR applications. The engine module EM-SX1 will be available for evaluation in Q3 '03, and the production version will be delivered starting in Q4 '03.
Using the Speed Box Service from In-Vision ensures the perfect adaptation of the EM-SX1 toward a specific application, without any compromise on lead time or quality
. Designing and prototyping a specific imaging lens or adapting a condenser system for a new lamp is just a matter of days or weeks when using the in-house manufacturing capabilities and technologies for optics, thin-film coating, mechanics and assembly.
For detailed information on the specifications of the EM-SX1 and to discuss specific needs for an application, please contact a sales contact at In-Vision.
More information can be found at www.in-vision.at or TI's DLP website.
About In-Vision GmbH & Co. KG
In-Vision, a privately owned company founded in 2000 and located in Guntramsdorf, near Vienna, develops and manufactures complete optical solutions, optical engines, projection and imaging lenses as well as optical components. In addition, new optics manufacturing technologies like the Precision Glass Forming (PGF®) technology are developed. The capabilities cover optical and mechanical design, optics manufacturing and thin-film coating services together with product assembly and verification for applications in digital projection, digital imaging and biotechnology.
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