Our 5,000 square meter standardized manufacturing facility combines automated high-volume operational efficiency with microscopic precision engineering. Operating under rigorous ISO 9001 frameworks, we safeguard full parameter consistency and chemical traceability for strict global supply chains.
Excellent silicone component performance originates from robust tool design. Our dedicated CAD/CAM engineering office executes comprehensive Design for Manufacturability (DFM) verification prior to any steel allocation. Equipped with high-speed CNC machinery, precision EDM tooling stations, and automated coordinate measuring systems, we fabricate custom mold cavities maintaining exceptional mechanical tolerances down to ±0.01mm. This eliminates flash risks at the root and extends production tool lifespan for high-volume contract reliability.
For complex technical components requiring absolute hermetic sealing, tight optical metrics, or strict biocompatibility, our automated Liquid Silicone Rubber (LSR) injection molding department delivers zero-defect repeatability. Utilizing dust-controlled positive-pressure machinery integrated with advanced closed-loop cold runner systems and computerized multi-component dosing pumps, we guarantee precise material blending with zero volatile contamination. This process supports fully untended multi-cavity extraction for maximum technical output efficiency.
Our heavy-duty solid compression molding lines are optimized to handle extensive high-volume commercial production campaigns. Operating multi-ton hydraulic molding presses equipped with localized micro-processor thermal controls, we enforce absolute structural uniformity across every structural sheet. Automated material pre-forming ensures optimized loading weight uniformity, preventing part thinning or parting-line variance under sustained high pressures.
To serve medical-grade biocompatibility applications and high-purity infant infantware processing, Yude operates an isolated ISO Class 7 (Class 10,000) environmental cleanroom facility. Particulate filtration, constant atmospheric over-pressure tracking, and absolute relative humidity controls eliminate airborne particulate hazards. Finished technical components go through comprehensive statistical quality verification here—including automated vision screening, durometer mapping, and strict AQL defect classification before sealing.