Historical origin MIM technology

California Parmatech invented in 1973 in the early 1980s in many European countries and Japan have invested great effort began to study the technology, and the rapid promotion. Especially in the mid-eighties, but get this technology to achieve rapid industrialization since the development are increasing at an alarming rate every year. So far, the United States, Western Europe, Japan and other countries and regions, more than 100 companies engaged in the technology of product development, research and marketing.

Japan in the competition is very positive, and outstanding performance, many are involved in the promotion of large-scale Corporation MIM industry, these companies include Pacific Metals, Mitsubishi Steel, Kawasaki Steel, Kobe Steel, Sumitomo Mining, Seiko - Epson, Datong Special steel. Japan currently has more than forty companies specialized in the MIM industry, the total value of its sales of industrial products, MIM has already exceeded catching up with Europe and the United States.

So far, the world has the technology hundred companies engaged in product development, research and sales work, MIM technology has thus become the most active of the new cutting-edge manufacturing technology, is the world's pioneering technology metallurgical industry, representatives the main direction of the MIM process powder metallurgy technology.

Metal powder injection molding technology is a set of plastic molding technology, polymer chemistry, powder metallurgy technology and metal materials science and other disciplines through the cross product of injection molding using a mold can be blank and rapid manufacturing by sintering high-density, high-precision , three-dimensional structure of a complex shape parts, can be quickly and accurately design ideas materialized into a certain structure, functions and features of products and direct mass-produced parts, the manufacturing technology industry a new revolution.

The technology not only has the less conventional powder metallurgy process steps, no cutting or less cutting and economic advantages, but also to overcome the traditional powder metallurgy technology products, non-uniform materials, low mechanical performance, easy molding of thin-walled, complex structural shortcomings, particularly suitable for mass production of small, complex and metal parts with special requirements. Process binder → mixing → injection molding → degreasing → → after sintering process.