Xiang Xin Yu
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We're an ISO 9001:2015 certified CNC machining manufacturer. With years of experience, we deliver quality parts on time and within budget. Our advanced facilities handle small - batch to large - scale projects. We keep investing in tech to meet customer needs.
Robust, high-temperature inserts for aluminum and zinc die-casting. Optimized for thermal fatigue resistance and high-speed metal injection cycles.
Stable, high-repeatability fixtures for automated QA lines. Engineered for zero-deflection to ensure consistent measurement data across millions of parts.
Learn MoreHigh-accuracy core and cavity blocks for automotive and medical plastics. Machined to mirror finishes (Ra 0.1) to eliminate ejector-mark and flow-line defects.
Machining of hardened tool steels (H13, S7, D2) directly after heat treatment. This eliminates EDM copper-electrode cycles and ensures superior surface finishes with zero dimensional drift.
Achieving seamless shut-off surfaces and intricate parting lines with ±0.005mm accuracy. We eliminate the need for manual 'hand-fitting' in complex multi-cavity mold bases.
High-precision machining of graphite and copper-tungsten electrodes. Our sub-micron accuracy ensures that even the deepest, narrowest ribs in the final tool are perfectly realized.
Verification of shut-off flatness down to 0.003mm using non-contact optical profilers, ensuring zero-flash production.
Integrated cryogenic cooling and advanced coating technologies to maintain surgical-level edge precision on hard-milling cutters.
Specialized high-speed machining of copper and graphite electrodes with sub-micron detail for complex EDM operations.
Our engineers review CAD for draft angles, wall thicknesses, and ejector placements to ensure the mold operates smoothly over its lifecycle.
Procuring premium H13 or S136 billets with verified heat-treat certifications from world-class European or Japanese mills.
CAM toolpaths designed for constant-chip-load, preventing thermal spikes in the workpiece and ensuring the highest level of surface harmony.
Utilizing high-rigidity 5-axis centers with specialized coated inserts to mill steel at HRC 54-60 with finishing tolerances of ±0.005mm.
Executing sub-micron manual and orbital polishing on functional surfaces to achieve the high-gloss aesthetic required for consumer electronics.
100% verification of shut-off surfaces. We utilize blue-light scanning to ensure that even the most complex parting lines meet zero-flash specs.
Physical fitting and dry-cycling of the mold components. We verify all sliding cores and lifters operate with minimum friction and perfect alignment.
Molds are shipped with complete maintenance dossiers, inspection reports, and sample part validation logs, ready for immediate first-article-run.
If you have questions, need a quote, or want to order, contact our customer service.
We procure high-quality thermal steels such as premium H13, S136, S7, and D2 billets directly from verified European or Japanese mills. All sourced steels are provided with complete heat-treat certifications to ensure reliable performance in high-cycle operations.
We utilize high-rigidity 5-axis machining centers combined with specialized coated inserts. This setup allows us to execute precise hard-milling (HRC 60+) directly after heat treatment, completely eliminating EDM copper-electrode steps and avoiding dimensional drift.
Our design engineering team checks CAD designs thoroughly for draft angles, minimum wall thicknesses, ejector pin placements, and gating structures. Resolving these factors early ensures the mold operates smoothly over its high-cycle life.
We achieve micron-level shut-off accuracy and perform 100% inspections using advanced non-contact optical profilers and blue-light scanning. This rigorous metrology ensures shut-off flatness down to 0.003mm, eliminating the need for manual hand-fitting.
Yes, we design and manufacture stable, high-repeatability fixtures engineered for zero-deflection. These inspection jigs are optimized for automated QA lines to provide consistent measurement validation across millions of cycles.
