Metal Injection Molding MIM Parts

Metal Injection Molding (MIM), also known as Powdered Injection Molding (PIM), is a sophisticated metal forming technology that use injection molding equipment to produce both basic and complicated metal parts with tight tolerances. MIM can be utilized on a variety of components, although the best ones are often small and weigh less than 100 grams, however larger parts are conceivable. Other metal forming techniques, such as investment casting and machining, can be replaced by the MIM metal injection molding process process.

Metal Injection Molding Parts Advantages:

Geometries that are complicatedMaterial utilization that is efficient As a result of manufacturing near net form components, there is less material waste, therefore it is considered a green technology. Repeatability Mechanical properties are excellent. Unique materials created to fulfill component/application requirements are used to provide customized solutions. For complete assembly solutions, metal powder products materials can be brazed/joined to a variety of components.

MIM Process Key Attributes:

Powder injection molding process is a reproducible technique for complex high-temperature alloy components.
Metal injection molding parts are nearly completely dense, resulting in outstanding mechanical, magnetic, corrosion, and hermetic sealing qualities, as well as the ability to execute secondary processes such as plating, heat treatment, and machining.
Innovative tooling techniques, similar to those used in the plastic injection molding industry, are employed to create complex shapes.
Multi-cavity tooling is used to achieve high quantities.

JHMIM specializes in Metal Injection Molding (MIM) technology and is capable of processing a wide range of metal materials to meet the needs of various industries. The main materials we work with include:

Stainless Steel: Corrosion-resistant and high strength, suitable for medical devices, automotive parts, and more.
Low Alloy Steel: Known for its excellent mechanical properties, widely used in industrial and engineering equipment.
Titanium Alloy: Lightweight and high strength, commonly used in aerospace, medical implants, and other high-end applications.
Soft Magnetic Alloys: Possess excellent magnetic properties, ideal for electronic components and sensors.
Hard Alloys: Extremely wear-resistant and hard, perfect for cutting tools, molds, and high-strength applications.
Copper Alloys: Known for their good electrical conductivity, widely used in electrical and communication equipment.
Our company has flexible production capabilities and can customize a variety of metal products according to customer drawings, ensuring top product quality and providing complete certification support.