Portfolio

Interior trim piece from a classic 1980s Japanese car. The original part was cracked, had material loss, and the mounting tabs were deformed. Long out of production. We scanned the damaged original, rebuilt the full geometry from scratch and created a clean 3D model. Corrected topology, rebuilt mounts, holes exactly where they should be. Ready to print, 1:1 match to the original fit.

Reconstructing geometry for parts with no documentation whatsoever. The only source is the physical component — often from cars built between the 1970s and 1990s, worn or damaged. We scan the part, rebuild the mesh topology, smooth the surfaces, and match to nominal dimensions. Output: a clean CAD model ready for reproduction or printing.

A machine manufacturer needed a visualisation for their sales materials. Rather than shooting on the factory floor, we built a complete 3D model of the machine from technical drawings and reference photos. The animation shows a full operating cycle: feed, positioning, marking, discharge.

The packaging line robot was dropping the part every third cycle. The bottle had no fixed position and the arm lacked dedicated feed slots for the new product format. We designed the K28 feed trays to match the part geometry and robot arm kinematics. Six days from brief to prototype on the line, ten more days to production-ready format parts. Pick repeatability reached 99%, at a fraction of the cost of a single hour of downtime.