1, tools: such as drill, head, nozzle, gun drill, spiral milling cutter, punch, socket, wrench, electrical tools, hand tools, etc.;

2, household appliances: such as watch case, watch chain, electric toothbrush, scissors, fan, golf head, jewelry chain, ball pen clamp, cutting tool head and other parts;

3. Medical mechanical parts: such as braces, scissors, tweezers, etc.;

4. Military parts: missile tail fin, gun parts, warhead, medicine-type cover, lead parts, etc.;

5. Metal powder injection molding application industry -- electrical parts: electronic packaging, micro motors, electronic parts, sensor parts, etc.;

6, mechanical parts: such as cotton machine, textile machine, edging machine, office machinery, etc.

At present, metal powder injection molding of metal powder raw materials including iron, nickel, titanium, stainless steel, precious metals, super alloy and other materials. At the same time, they are developing into diversified materials, such as structural materials, functional materials and magnetic materials. The main methods of producing powder are: carbonyl method, ultra high pressure water atomization method, high pressure gas atomization method, plasma atomization method and laminar atomization method. Different preparation techniques have different effects on particle size, particle shape, microstructure, chemical properties and manufacturing cost.