Demand for miniature, thin-walled and irregular precision parts keeps growing in automotive electronics, medical devices, smart wearables and communication hardware. Traditional machining, die casting and stamping can hardly meet requirements for complex structures, high precision and mass productio

Precision stainless steel parts are in huge demand across precision hardware, medical devices, smart wearables and automotive electronics. 316L and 17-4PH stand as the two most commonly used stainless steel grades for metal injection molding. Boasting superior corrosion resistance and mechanical str

Driven by the rapid development of medical devices, smart wearables, automotive electronics and communication hardware, customized demands for miniature irregular precision metal components keep rising year by year. Conventional machining struggles to balance complex structures, high precision and m

As automobiles rapidly upgrade toward intelligence, lightweight design and high performance, the manufacturing capability of precision components directly determines overall vehicle quality. Integrating the dual advantages of powder metallurgy and plastic injection molding, Metal Injection Molding (

The flexible turning of humanoid robots, precise grabbing of industrial robots and stable obstacle-crossing of quadruped robots all rely on the precise coordination of posture control motors and electronic control circuits. As a hidden powerhouse in precision manufacturing, Metal Injection Molding (

Smooth flexion and extension of humanoid robots, precise gripping by industrial robots, and terrain adaptation of quadruped robots all rely on posture control motors and matched electronic control circuits — the muscles and nerves of robots that directly determine motion accuracy, response speed and