About
Our Vision
TUP Precision has over 20 years of experience in precision plastic injection molding, specializing in the development and mass production of medical devices, diagnostic consumables, and high-precision industrial components. Driven by our mission to become a global strategic partner in medical precision manufacturing, we integrate CDMO contract development, cleanroom manufacturing, and smart automated inspection to provide one-stop solutions from prototype design to high-volume production.
In response to increasingly stringent medical regulations and market competition, TUP is committed to the core values of “Precision, Cleanliness, and Reliability.” We continuously invest in advanced FANUC and Sodick all-electric injection molding systems, AI-powered AOI intelligent inspection lines, and ISO Class 7 / 8 cleanrooms to help global medical brands accelerate time-to-market and reduce manufacturing risks.
Quality Certifications
TUP has obtained international medical device quality management system certification and continues to optimize its internal quality assurance processes to ensure that every production batch meets the regulatory requirements of major global markets, including FDA and CE.
Core Values
1Precision
From tooling development to mass production, we ensure every medical component complies with the world’s most stringent medical standards through micron-level dimensional tolerances and nanometer-level surface finishing.
2Cleanliness
Our entire facility operates under ISO Class 7 / 8 cleanroom environments, combined with FANUC six-axis robotic automation for material handling, minimizing contamination risks caused by human intervention.
3Reliability
By integrating AI-powered AOI visual inspection with Keyence high-speed imaging systems, we achieve 100% full inspection and zero-defect shipment, providing customers with traceable and verifiable quality assurance.
4Co-Creation
We provide CDMO contract development and manufacturing services, collaborating with customers from Design for Manufacturing (DFM), tooling development, and trial validation to full-scale mass production to create next-generation precision medical products together.