This project involved the ground-up design of a modular 3-axis continuous inkjet (CIJ) marking system for high-throughput marking of pharmaceutical tubing and vial-based components. The system was developed to replace legacy platforms with a more manufacturable, scalable, and cost-efficient architec...

Project Overview Designed and developed a range of custom 3D printed fixtures to support part handling, alignment, rotation, positioning, and repeatable setup across multiple marking and production applications. These fixtures were created to solve unique part geometry and process challenges while ...