Phase Light Modulation (PLM) is an ultra-fast technique for software-defined control of laser light. This guide explains what PLM is, how it works, where it came from and where it outperforms the alternatives.

Phase Light Modulation: The Complete Guide

At the AM Strategies Conference in New York, IN-VISION presented the transformative potential of scrolling technology in DLP-based 3D printing.

The Next Growth Curve in DLP: From Bigger Builds to New Physics

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?

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!

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

In-Visions proprietary pixel shift technology makes it possible to quadruple the number of accessible pixels of the Phoenix Light Engine to gain higher resolution.

How to use Phoenix, the first industrial 4K UV Light Projector, as an 8K Light Engine

An interview with Alberto Ortona, Professor and head of the Hybrid Materials Laboratory at SUPSI, about how complex ceramic objects can be realized through stereolithography.

Ceramic Components by Digital Light Processing

Ph.D. candidate at McGill University Vahid Karamzadeh told us about how multi-material DLP 3D-printing can bring us closer to 3D printing functional tissues.

From one to multi materials

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