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

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

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.

4DbloodROT - Heart Pump Rotor from the 3D Printer

Researchers are investigating new materials and processes inspired by nature with the goal of making 3D printing more sustainable at scale.

Bio-inspired chemistries can make for safer, more sustainable Additive Manufacturing solutions

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.

3D-Printed Microneedles for Continuous Glucose Monitoring

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.

Advancing Soft Tissue Regeneration with DLP 3D Bioprinting

An Austrian startup has found a way to make orthotics more comfortable. They established a super-fast 3D DLP based printing process that delivers them to patients much sooner.

A New Material and Fast 3D Printing Revolutionize Orthotics

In an unprecedented global effort, the 3D printing industry has joined forces to tackle the corona pandemic.

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