Industrial die castings, with their unique process advantages, have become the mainstream technology for manufacturing modern high-performance aluminum alloy engine blocks.
Die-cast aluminum alloy auto parts, with their excellent thermal conductivity, lightweight characteristics, and ability to form complex structures, are becoming a key solution for improving the heat dissipation efficiency of electric drive systems.
Die-cast medical device accessories, addressing this dual challenge, have successfully achieved a perfect balance between "lightweight" and "ultra-high precision" through the deep integration of material innovation, process optimization, and digital manuf
Die-cast lighting accessories—usually made of aluminum alloy through high-pressure casting—have become the preferred choice for key components such as heat sinks, lamp bodies, and brackets due to their comprehensive advantages such as light weight, high t
Die casting, with its high efficiency, high consistency, and ability to form complex structures, allows for the production of medical device accessories with micron-level structural precision while ensuring the safety of materials in contact with the huma
Against the backdrop of rapid advancements in modern medical technology, diagnostic equipment, surgical instruments, imaging systems, and wearable health devices face unprecedentedly stringent requirements for the precision, reliability, and biocompatibil