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Take a look at the all-new Light Engine PANDIA

Have a look inside our Light Engines

What are the Key-Parameters of a Light Engine

What makes the difference between a normal UV Projector and a real Light Engine?

The secrets of optical engineering

Evaluation Kit for New DLP991U and DLP9000X Chipsets for All DMD Users

IN-VISION Introduces New Electronic Subsystems for Native 4K Chipsets

SPIE Photonics West 2026 is in the books and we are proud that we took home so many great memories and success stories! We want to share some of them with you here:

This was SPIE Photonics West 2026

Be the first to see magic with your own eyes and replace it with clarity. Book your live demonstration of the PLM at booth 6309, from 17 - 22 January 2026, San Francisco, California.

In-Vision at the SPIE Photonics West, 17-22 January 2026, SFC

Anyone working with modern laser optics, holography, or programmable illumination will eventually run into PLM. It sounds technical — and it is — but that’s exactly what makes it exciting: PLM enables precise, software-defined light control far beyond traditional DLP.

What is Phase Light Modulation?

Shaping the Future of Photonics and meet In-Vision live at the SPIE Photonics West in 2026 in San Francisco!

Discover PANDIA at SPIE Photonics West 2026

The possibilities of structured UV light are nearly limitless - and In-Vision’s technology sits at the heart of that potential. Wherever precision, flexibility, and digital control over UV exposure are needed, our Light Engines provide a robust and scalable solution.

Custom UV Illumination for Direct Exposure Applications

MEMS and photonic components are defined by their complexity: dense features, layered architectures, and extreme precision. Traditional lithography meets these needs at high cost and long lead times. Maskless lithography offers a powerful alternative—combining flexibility with production-grade accuracy.

MEMS and Photonic Devices

Maskless lithography offers a powerful alternative to classical photomask-based exposure processes in advanced packaging. With growing demands for ultra-fine features, tighter interconnect pitches, and heterogeneous integration, conventional methods often struggle to keep pace. Find out why In-Vision's PANDIA is the answer to this challenge.

Advanced Packaging

Maskless UV lithography represents a transformative leap beyond conventional photomask-based exposure systems. Instead of relying on static contrast masks, In‑Vision’s Light Engines, such as PANDIA, dynamically project high-resolution UV patterns directly onto photoresist-coated PCBs - enabling on-the-fly design changes and near-zero setup cost.

Maskless Lithography for PCB Manufacturing

Latest posts

IN-VISION will attend the SEMICON Europa from 12-15th November in Munich. Meet the team and take the chance to talk about your projects and ideas with them.

IN-VISION at SEMICON Europa, November 12-15, Munich

Cameron Darkes-Burkey (Department of Materials Science and Engineering) and Robert F. Shepherd (Department of Mechanical and Aerospace Engineering) from Cornell University worked on volumetric 3D printing of endoskeletal soft robots with IN-VISION’S Phoenix 4K Light Engine. The publication was recently published in Advanced Materials Journal.

Volumetric 3D-Printing of Endoskeletal Soft Robots with IN-VISION’s real 4K UV Projector PHOENIX

Recently a publication was released in nature journal that describes Joseph DeSimone's (department of Chemical Engineering and Radiology from Stanford University) work on particle fabrication using the continuous liquid interface production with IN-VISION's Light Engines.

IN-VISION's Light Engines used to revolutionize of the fabrication of microscopic particles

Dr. Wiebke Jahr, leader of the Optics R&D team at IN-VISION, has made the long journey to San Francisco to discuss detailed considerations for developing an UV DLP projector at the SPIE Photonics West.

IN-VISION at SPIE Photonics West

IN-VISION will, together with their cooperation partner in Japan Correns Corp., attend the SEMICON fair from 13-15th December in Tokyo Big Sight. Meet the team and get an insight into static and dynamic exposure and the best: see the brand-new projector PANDIA live!

IN-VISION at SEMICON Japan 13-15th December 2023

The all new PANDIA high-performance scrolling system offers unseen capabilities for customizing, extraordinary power, and true 4K native resolution.

Are you ready for the next big step in dynamic imaging?

As electronic devices become more and more miniaturised, the demand for smaller optical components creates production challenges. Conventional methods for 3D-printing of sub-micron sized photonic devices is, in most cases, very costly and impractical outside of a laboratory. Read how In-Vision is helping to overcome this challenge.

In-Vision supports quest to develop revolutionary sub-micron resolution 3D-printing process

IN-VISION launches gantry system for almost unlimited building size in polymer 3D-Printing.

Bigger, Better, Brighter

From one- and two-way shape memory effects that expand the sustainability and field of application of printed objects. An interview with Dr. Thorsten Pretsch, Head of the research division Synthesis and Polymer Technology at the Fraunhofer Institute for Applied Polymer Research IAP in Potsdam.

What's next after 3D-printing? It's 4D-printing!

The flagship system HELIOS now comes in a version for dynamic exposure, multiple wavelengths and as “HELIOS S” with the ultra-high intensity of up to 16 watts in the image plane.

IN-VISION expands the world's most powerful Light Engine with new options

Professor Khoon Lim and his team at the University of Sydney have been hard at work developing materials that preserve the viability and bio-functionality of bio-printed tissues while realizing the speed, and scale of 3D bioprinting through the use of visible light.

Light-based Bioprinting Materials support Cytocompatibility & Bio-functionality for In Vitro & In Situ Polymerization

Imagine 3D-printing without gravity: the vision of 3D-printing and biomanufacturing in space is already reality. We talked to Ken Savin, CSO from Redwire Corp. (NYSE:RDW) about his projects bringing additive manufacturing into space and what makes them so exciting besides the fact, that the need for support structures can definitely stay on earth.

Bringing biomanufacturing into space

The newsblog for Users of 
(UV) DLP Projectors.