We utilize Scientific Injection Molding (SIM) protocols to establish a robust process window. Our T0-T1 reports include viscosity curves and cavity pressure studies, ensuring seamless mass production handover.

Beyond mill certificates, we verify the microstructure of premium steels (1.2343 ESR, S136). Every insert is heat-treated with documented HRC mapping to prevent premature tool wear in high-cycle environments.

Our Hexagon-powered CMM is integrated with SPC software to provide full FAI and CPK data. We analyze dimensional trends across multi-cavity tools to guarantee long-term interchangeability of components.

Our climate-controlled facility houses multiple high-speed CNC centers, ensuring consistent accuracy for multi-cavity tools and high-volume production schedules.

Equipped with precision CMM and optical measurement systems, we provide full dimensional reports and CPK/PPAP documentation to verify every critical tolerance.

Utilizing high-speed spindle technology to achieve micron-level tolerances (±0.005mm) on hardened tool steel, minimizing manual benching and ensuring part interchangeability.

We utilize decoupled molding principles and real-time data logging to optimize cycle times and ensure long-term manufacturing stability for engineering-grade resins.

Utilizing advanced EDM cells to achieve ultra-fine VDI surface finishes. This technology ensures micron-level accuracy for intricate mold ribs and complex features, eliminating the dimensional risks of manual polishing.

High-accuracy WEDM systems for processing hardened tool steel components. We ensure exceptional linear accuracy and tight-tolerance fitment for critical mold inserts and multi-cavity plate synchronization.