Complex hydrogels enable tissue scaffolds with vascular channels and responsive materials for soft robotics, solving key tech and medical...

Light-cured hydrogels (90%+ water) mimic soft tissues, forming flexible, strong structures like gyroid lattices for advanced applications.

DLP 3D printing enables ultra-complex structures by curing entire layers with UV light, achieving microscopic resolution and isotropic components...

A scaled-down SLA 3D printed prototype of a medical device with C-arm configuration validates ergonomics, mechanical testing, and design...

A modular neurological diagnostic kit with a loose-leaf binder structure allows practitioners to flip through diagnostic categories, organizing tools...

FacFox created a Multi-Channel EEG Acquisition System using SLA printing, professional post-processing, and complex integration to achieve a balance...

This 3D printed model of the human digestive system helps students, researchers, and medical professionals understand anatomy and procedural...

This text describes PolyJet 3D printed prototypes including anatomical heart replicas, rubbery mold halves, and transparent connectors for medical...

A 3D-printed SS316L lattice hybrid structure combines a hexagonal honeycomb disc with a sponge-like ring for strength, weight efficiency,...

A detailed SLA 3D printed resin anatomical human skeleton model shows all bones separated and arranged on a blue...

A 3D-printed 12mm SS316L coronary stent uses LPBF technology for complex geometries, improved biocompatibility, enhanced strength, and reduced manufacturing...