DLP-based Dynamic Light Engines (2K/4K) for direct imaging
IN-VISION Technologies AG develops and manufactures high-precision optical systems for industrial applications. The company is located in Guntramsdorf, south of Vienna, Austria. In-Vision’s world-leading DLP UV projectors are mainly used for lithography, additive manufacturing, 3D metrology, and bioprinting applications. The company manufactures exclusively at the production site in Austria and has two research and development departments in Austria and Boston, USA.
In-Vision has been an approved Texas Instruments DLP® design house partner for more than a decade and has in-depth knowledge in the field of digital imaging. It provides engineering and manufacturing services ranging from optics and electronics design to prototyping and serial production. The product portfolio covers high-end projection lenses as well as the world's most powerful DLP-based light engines.
The latest development, PANDIA has been launched and the working areas for the new UV Light Projector are PCB-lithography, advanced packaging, and advanced additive manufacturing. This Light Engine comes with a 2K native resolution. As a Texas Instruments Design House partner, IN-VISION provides the Light Engine to be upgradable to the latest 4K Chipset from TI as it comes to the market.
Some of the main features of the flagship system will be:
- Scrolling availability for larger building areas
- Stackability for more productivity
- An open system with unlimited options for customizing
- Multiple wavelengths for working with multi-materials
- Variability
- Watercooled system for highest optical power
- High-Speed Data Interface
- Field changeability of the illumination modules
- Onboard User-Interface for operators
As a world-leading manufacturer of high-end optoelectronic devices, In-Vision has the power to make a decisive difference across industries. The products enable customers to disrupt their industries by providing an innovative, convenient and more efficient solution for a given problem.