Metal Injection Molding (MIM) technology is a multi-disciplinary product that integrates plastic molding technology, polymer chemistry, powder metallurgy technology, and metal materials science. It can quickly and accurately materialize design ideas into products with certain structural and functional characteristics and can directly mass-produce parts. It is a new revolution in the manufacturing technology industry. This process technology not only has the advantages of fewer conventional powder metallurgy processes, no cutting or less cutting, and high economic benefits, but also overcomes the shortcomings of low density, uneven material, low mechanical properties, and difficult forming of thin-walled and complex structures in traditional powder metallurgy processes. It is particularly suitable for mass production of small, complex and metal parts with special requirements.

1. Mobile phone industry: shaft sleeve, hinge, built-in fixing nut, built-in reinforcing parts, single key, power button, photo button, navigation key decorative ring, earpiece decorative ring, OK key decorative ring, decorative edge strip, battery buckle, function button, single frequency decorative ring, USB mounting ring, camera decorative ring, OK key grain, and other appearance decorative parts, etc.

2. Automotive industry: car seat regulator components, various adjustment keys, engine rocker arms, mixing shafts for turbochargers, turbocharger impellers, parts for turbochargers, turbocharger rotor blades, variable cross-section turbocharger nozzle rings, turbocharger adjustment rings, sliders for mechanical control, automotive lock components, drive wheels in our caravan drives, piston cooling nozzles, transmission components, transmission lever products for manual transmissions, capture carriers, sensor housings and covers, urgent chamber components for independent combustion systems, locking ring reversing gears, synchronous ring reversing gears.

3. Tool industry: curve saw.

4.IT industry: notebook computer, photoelectric communication.

5. Medical industry: dental equipment, scalpels, surgery and other tools.

6. Sports equipment: equipment parts, moving equipment.

7. Aviation industry: aviation parts, aircraft parts, missile parts.

8. Other industries: locks, molds, home appliances.

As a near net forming technology for manufacturing high-quality precision parts, MIM technology has advantages unmatched by conventional powder metallurgy, machining and precision casting methods.