Precision tooling for complex geometries—controls drift across multiple functional features through balanced cooling, venting, and stable ejection strategy.
Cosmetic tooling engineered for finish consistency—controlled polishing plan, defect prevention, and minimized witness marks on visible surfaces.
Precision housing tooling designed around CTQ datums and assembly interfaces—flatness control, stable shut-offs, repeatable fit.
High-polish optical tooling for clear PC/PMMA parts—engineered to reduce stress, haze, burns, and dimensional drift.
Custom TPU molded parts with engineering-driven DFM support, mold design, and production-focused review to improve manufacturability, surface quality, and long-term molding stability.