With the rapid iteration of high‑end manufacturing industries including 3C electronics, smart wearables, new‑energy vehicles and humanoid robots, market demand for miniaturized, complex and high‑precision metal components keeps surging. Conventional processes such as CNC machining, die‑casting and f

Against the backdrop of rapid development in the precision‑manufacturing sector, industries covering 3C electronics, new‑energy vehicles, smart wearables and medical equipment show growing demand for metal components with intricate shapes and strict dimensional‑precision requirements. Conventional m

Driven by the rapid advancement of high-end manufacturing toward precision, lightweight design and component integration, market demand for miniature and intricate metal parts has been rising steadily. As a core near-net-shape forming technology, Metal Injection Molding (MIM) stands out for its high

In the procurement and production of precision parts, many manufacturers have long been plagued by pain points associated with conventional CNC machining: complex irregular small parts require numerous processing procedures, repeated clamping consumes excessive time and labor, raw material loss is s