The Application and Prospect of PIM

Comparison for PM&PIM

The comparison for CNC and MIM

Teda Ganghua is a China Stainless Steel Factory Supplier

Harber Metal MIM Design Guide

​Metal injection molding (MIM) or powder injection molding (PIM) is a net forming process used to manufacture extremely complex metal components in medium to large batches. When applying MIM/PM to new components and evaluating whether existing components can be converted to MIM/PIM manufacturing technology, reference can be made to this design guide.

Metal Injection Molding Tolerances

Metal injection molding is a versatile manufacturing method ideal for mass complex metal parts production,Metal Injection Molding mim parts tolerances are nominally ±0.3%-0.5%, although tighter tolerances can be achieved in some cases if deemed essential

Inexpensive Metal Injection Molding Service- Low Cost

Harber Metal has been providing low cost metal injection molding to a variety of industries since 2014. Metal injection molding is one of the easiest, fastest, and most economical ways to produce large numbers of the same or related metal parts.

Material Standards for Metal Injection Molded Parts

When developing technical specifications for MIM materials, the MIM Association adopts the same brand system as AISI-SAE. The reason for choosing these brand names is because MIM parts are often used to replace products of corresponding forged and rolled materials that are already in use.

What Kind of Metal Parts are Suitable for MIM Processing?

Metal powder injection molding combines the advantages of powder metallurgy and plastic injection molding, breaking through the limitations of traditional metal powder molding processes in product shape.

2023 China MIM Industry Background Analysis

With the increasing demand for MIM products in the fields of consumer electronics, automobile manufacturing and medical devices, customer demand for MIM products is increasing. and medical devices, customers' requirements for the quality of MIM products have become more stringent, especially in the downstream market

Stainless Steel Injection Molding

Stainless Steel Injection Molding, powder metallurgy injection molding technology has developed rapidly due to its many advantages. Its technology has been widely used in military, transportation, machinery, electronics, aerospace, aviation and other fields.

The Key Points of Material Selection for Metal Injection Molding Molds

China's Powder Metallurgy Manufacturing Industry Status 2023

China's Powder Metallurgy Manufacturing Industry Status:Size to Reach 18.28 Billion by 2023 - Automotive Sector Driving Demand Recovery, Powder metallurgy process is a near-net molding process, can meet the requirements of different levels of mechanical properties. Powder metallurgy

Injection Molding MIM Common Degreasing Abnormalities and Solutions

In the production and manufacturing process of powder metallurgy parts, due to problems in the production process, cracks are easily produced. To introduce to you the reasons for cracking of powder metallurgy parts, there are mainly the following aspects:

MIM Advantages and MIM Materials Introduction

MIM advantages:Compared with traditional powder metallurgy, CNC machining and investment casting, MIM technology has the following advantages:

About the application of MIM metal injection molding technology

Metal Injection Molding (MIM) is a near-net-shape molding process suitable for the production of small, three-dimensional and complex shapes as well as products. Harber Metal Focus on customized processing of precision metal parts, OEM, medical equipment accessories, etc.

Metal Powder Injection Molding MIM Technology and Design Guidelines

Metal Powder Injection Molding Technology (Metal Powder Injection Molding Technology, referred to as MIM) is the introduction of modern plastic injection molding technology into the field of powder metallurgy and the formation of a new type of powder metallurgy near-net shape technology.

How Do You Metal Parts Manufactured

Metal parts are unique to each industry and application. Engineers and designers need to understand the materials, manufacturing processes and use cases of the parts to determine the appropriate method for creating them.