Automotive Machined Parts
Our Services
We undertake CNC machining and mold manufacturing for the automotive industry. We specialize in CNC machining and cover key processing technologies such as stamping, injection molding, and die casting. Our products are characterized by high precision and stable performance, ensuring smooth and efficient operation of automated equipment.
Product Materials, Precision, and Compatibility
Our Automotive Machined Parts are made from high-quality materials, including mold-grade alloy steel and high-strength engineering plastics. We utilize advanced precision equipment and processes, such as machining centers and wire EDM (WEDM) technology. Key dimensional tolerances are controlled within ±0.015 mm, and surface roughness (finish) reaches Ra ≤ 0.8 μm. These characteristics fully meet the stringent requirements for mold consistency and sealing in automotive parts production.
Furthermore, our products are highly compatible with mainstream brand automated stamping production lines and intelligent injection molding machines, enabling rapid mold changeover and precise positioning.
Product Durability and Quality Assurance
We significantly enhance product durability through special design features. The surface of our precision-machined automotive parts undergoes vacuum hardening and nitriding processes to achieve a hardness of HRC 58–62. This delivers over 30% improved wear resistance compared to ordinary machined parts, allowing them to endure 24 hours of continuous high-intensity operation.
Our Automotive Machined Parts have a service life exceeding 800,000 cycles, effectively reducing equipment downtime due to parts replacement and lowering production costs. Furthermore, our products are manufactured in strict compliance with the ISO/TS 16949 automotive industry quality management system standard. We conduct numerous tests, including salt spray testing and high/low temperature cycling testing, to ensure superior corrosion resistance and deformation resistance, enabling them to withstand the complex and variable working conditions within automotive manufacturing plants.
