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WEBINAR: Binder Jetting as a Research Platform for Ceramic and Metal Powder Systems

When the University of Applied Sciences and Arts of Southern Switzerland (SUPSI) integrates a technology into its research workflow, the focus is rarely on high-volume production. Instead, the interest lies in the precision, repeatability, and material flexibility required for ri

binder jetting research
3Dnatives

When the University of Applied Sciences and Arts of Southern Switzerland (SUPSI) integrates a technology into its research workflow, the focus is rarely on high-volume production. Instead, the interest lies in the precision, repeatability, and material flexibility required for rigorous scientific inquiry. That’s why one of its labs is utilizing binder jetting as a research platform.

Laser-based 3D printing systems have been the academic standard for years, but for researchers pushing the boundaries of material science, binder jetting offers a compelling alternative: a cold-process environment where the printer acts as a precision instrument for ceramic and metal powders. The technology offers unique advantages for material development, process exploration, and experimental flexibility, making it especially relevant for academic and research spaces.

A Collaborative Insight: SUPSI and Arc Impact

To understand the potential of this technology, it is useful to look at the institutions bridging the gap between theoretical research and applied engineering. A prime example is the University of Applied Sciences and Arts of Southern Switzerland (SUPSI).