1. Processing Requirements: The company needs to process complex and irregular cavities (such as curved surfaces and patterns in home appliance housing molds), high-precision parting surfaces (with a tolerance of ±0.002mm to avoid product flash), and tiny features (such as gates and venting grooves in precision molds, with a width of up to 0.1mm). At the same time, the mold surface roughness must be maintained (Ra ±0.4μm to reduce subsequent polishing workload).
2. Typical Application Mold Types: Injection Molds: Home Appliance Housing Molds (e.g., refrigerator door panels, washing machine front panels, requiring large curved surfaces and textures), Electronic Housing Molds (e.g., mobile phone midframes, laptop computer housings, requiring high-precision cavities and thin-wall molding), Medical Device Housing Molds (e.g., syringe and tester housings, requiring smooth and burr-free surfaces);
3. Die-Casting Molds: Automotive Parts Molds (e.g., aluminum alloy motor end caps, transmission housings, requiring high-temperature cavities and exhaust ducts), Hardware Accessories Molds (e.g., door handles, lock housings, requiring complex cavities);
Stamping Molds: Automotive Panel Stamping Molds (e.g., doors and hoods, requiring high-precision cutting edges and locating holes), Electronic Component Stamping Molds (e.g., chip pins and connector terminals, requiring fine cutting edges and high wear resistance).
Equipment Benefits: The high-speed spindle (up to 15,000-24,000 rpm) enables high-precision cavity milling, reducing surface tool marks. Combined with the automatic programming capabilities of CAD/CAM software, it quickly adapts machining paths for complex molds, shortening mold development cycles (typically by 20%-30%).