Research
Challenging project? We are here to support you!
In-Vision generates more than 2/3 in revenues with products that are less than two years old. In other words - we are proud to call ourselves an innovation power house. We always have several research and development projects going on at the same time. Some of them are related to short-term new product development, others will not be commercialized for another five years.
We staff cross‑functional research and development teams. So, next to our physicists, you will find mathematicians, chemists, production experts and commercial people on a project, creating a challenging yet highly rewarding environment.
Research at IN-VISION
3D-Printed Microneedles
The Austrian Institute of Technology partnered with In-Vision to develop a high resolution proof-of-concept DLP 3D printer to create a novel microneedle solution for continuous glucose monitoring.
Volumetric 3D-Printing of Endoskeletal Soft Robots
Cameron Darkes-Burkey and Robert F. Shepherd from Cornell University worked on volumetric 3D printing of endoskeletal soft robots with IN-VISION’S Phoenix 4K Light Engine.
Light-based Bioprinting Materials for Cytocompatibility & Bio-functionality
Professor Khoon Lim & team at the University of Sydney developed 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.
Sub-micron resolution 3D-printing process
Prof. Tapajyoti Das Gupta of the Indian Institute of Science has been developing a new printer capable of delivering sub-micron resolution to produce flexible, stretchable photonic devices with the potential to disrupt the entire semiconductor industry and build a more resilient supply chain.
4DbloodROT - Heart Pump Rotor from the 3D Printer
Novel rotors for heart pumps have been developed in collaboration with the research companies Joanneum Research and Polymer Competence Center Leoben GmbH, the Montanuniversität Leoben and Lithoz GmbH.
Fabrication of microscopic particles
Nature journal published 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.
References
„The selection of light-source is also important as UV light-based crosslinking is detrimental to cell function.“ Prof. Khoon Lim University of Sydney
Explore In-Vision's alliances
More stories from In-Vision
Can't get enough of our use cases and success stories? Discover more here:
Advancing Soft Tissue Regeneration with DLP 3D Bioprinting
A proof-of-concept 3D bioprinter leverages two advantages of DLP technology for the development of on-demand soft tissue regeneration: Speed and cell viability.
5 min.April 11, 2021From one to multi materials
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.
5 min.May 3, 2022When will the first organ come out of the printer?
Bioprinting pioneer Dr. Y. Shrike Zhang from Harvard University gives a clear statement about this myth.
4 min.April 28, 2022What's next after 3D-printing? It's 4D-printing!
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.
8 min.July 11, 2023IN-VISION Introduces New Electronic Subsystems for Native 4K Chipsets
Evaluation Kit for New DLP991U and DLP9000X Chipsets for All DMD Users
2 min.August 11, 2025What’s the Difference between SLA and DLP 3D-Printers?
The basic principles are the same, but the main difference is the light source. Read about what it means for the 3D-printing process and how to choose the best DLP projector for your application.
6 min.March 23, 2021Video: The secret of Optical Design
In our third episode of videos techscout Maggie will give you an insight into how high precision optics are designed and manufactured. Meet one of the founders of In-Vision, Wolfgang Pferscher.
1 min.August 10, 2021Video: What are the Key-Parameters of a Light Engine?
In this episode you will learn about the Key-Parameters of a UV DLP Light Projector.
1 min.September 21, 2021
