Process Link of PIM and Improve the Quality and Efficiency of Forming

Powder injection molding (PIM) is a technology for manufacturing micro, high-precision metal or ceramic components. In PIM, metal or ceramic powder is first mixed with a binder, then injection molded and densified through sintering to obtain the product.

Competitive Strengths and Weaknesses of Harber MIM

Harber Industrial Ltd takes MIM technology as the foundation, always focuses on the substitution effect of MIM technology for machining and precision casting in the field of complex precision metal structure parts, constantly improves its technical ability in feeding development, mold design, automated production, etc.

Through the Consumer Electronics Cut into the Vigorous Development of MIM

Harber Metal: taking into account the automobile, through the consumer electronics cut into the vigorous development of MIM, in order to prepare for the broader automation applications in the future.

Introduction to the Advantages and Disadvantages of Powder Metallurgy Technology

With the continuous development of metal molding technology, a variety of new manufacturing technologies continue to break through. Component manufacturers are producing on an unprecedented scale.

Harber Metal provides a significant manufacturing capability for producing complex shapes metal parts

Metal Injection Molding (MIM) provides a significant manufacturing capability for producing complex shapes. The MIM process utilizes fine metal powders that are custom blended with binders, granulated, and then fed into multiple cavities of a conventional injection molding machine

Harber Metal provides a significant manufacturing capability for producing complex shapes metal parts

Metal Injection Molding (MIM) provides a significant manufacturing capability for producing complex shapes. The MIM process utilizes fine metal powders that are custom blended with binders, granulated, and then fed into multiple cavities of a conventional injection molding machine

Harber Metal provides a significant manufacturing capability for producing complex shapes metal parts

Metal Injection Molding (MIM) provides a significant manufacturing capability for producing complex shapes. The MIM process utilizes fine metal powders that are custom blended with binders, granulated, and then fed into multiple cavities of a conventional injection molding machine

Which parts could be made by MIM

Metal powder injection molding can make many parts. Currently, it is widely used in handicrafts, clothing accessories, industrial products, mechanical structure bearing seats, connecting rod cams, mobile phone accessories, lock accessories, mechanical accessories, pneumatic and electric tool parts, and grinding cores.

What issues should be noted when designing MIM artifacts?

Raw Materials for Powder Metallurgy Parts and Applications

Powder metallurgy is an industrial technology that uses metal powder or a mixture of metal powder (or metal powder and non-metal powder) as raw materials, and produces metal materials, composite materials and various types of products through forming and sintering