The University of Greenwich’s CIPER team used Sinterit LISA to 3D print personalized drug tablets directly from extruded powder—without the need for filaments. By leveraging open SLS parameters, they developed tablets with tailored release profiles and drug strengths, reducing waste and accelerating pharmaceutical R&D.

The University of Greenwich’s CIPER team uses Sinterit LISA 3D printing to produce personalized drug tablets from pharmaceutical-grade powders—enabling precise dosage control, complex tablet geometries, and accelerated pharmaceutical R&D.

Using Sinterit’s SLS 3D printing, the team engineered a lightweight, ergonomic exoskeleton arm tailored for children with SMA — enabling rapid iteration, durable performance, and personalized fit that transforms rehabilitation into real-world empowerment.

MunicHMotorsport integrated over 100 SLS 3D printed parts into their Formula Student race car using the Sinterit Lisa PRO—reducing weight, cutting costs, and accelerating design iterations for peak engineering performance.