Powder metallurgy is widely used in agricultural machinery, sewing machines, cameras, electric tools and other fields for manufacturing various structural and wear-resistant parts, thanks to its advantages such as high near-net shaping rate and ease of mass production. Especially in the era of continuous AI advancement, it boasts promising development prospects in the joint reduction gear mechanisms of robots.
Industrial powder metallurgy offers outstanding competitiveness in manufacturing structurally complex and high-precision components. It efficiently produces intricate shapes, thin walls and internal features difficult to achieve via traditional machining. With tight dimensional control and stable batch consistency, it meets strict precision requirements. This technology reduces material waste and production steps, delivering cost-effective, high-performance parts for automotive, electronics and mechanical industries.