Bespoke MIM Components: Designed for Your Unique Needs

Design freedom for 3D parts

MIM is a solution for parts with two or more pieces that can be designed into a single piece. Among other design advantages, injection mold design allows for internal and external threads without post processing.

Parts with high complexity

Large components that can’t be made in conventional powder metallurgy because of the design complexity are a fit for metal injection molding. The more complex the geometry, the more an injection mold design can help.

Efficient high volume production

New binder systems and debinding processes enable MIM to produce highly intricate parts (e.g., thin walls, internal channels).

A need for tight tolerances

Components with complex designs and a requirement for very tight tolerances will benefit from 3DM. Meeting the tightest tolerances is one of MIM’s shining features.

MIM Parts

MIM can achieve tolerances of ±0.3% to ±0.5% of the nominal dimensions, with some processes capable of tighter tolerances.

Rocker arm valve

Rocker arm valve

The quality is very good, exactly the same as described by the seller, very satisfied, really like it, completely like it very much
Linkage shaft

Linkage shaft

The quality is very good, exactly the same as described by the seller, very satisfied, really like it, completely like it very much
Power tool accessories

Power tool accessories

The quality is very good, exactly the same as described by the seller, very satisfied, really like it, completely like it very much
Medical device components

Medical device components

The quality is very good, exactly the same as described by the seller, very satisfied, really like it, completely like it very much
Laptop hinge

Laptop hinge

The quality is very good, exactly the same as described by the seller, very satisfied, really like it, completely like it very much
Medical device components

Medical device components

The quality is very good, exactly the same as described by the seller, very satisfied, really like it, completely like it very much

Professional Techincal Team

We have an excellent technical team, which can be designed according to customers requirements.

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From Prototype to Mass Production: Your Trusted MIM Manufacturing Partner

Industries We Serve

Metal Injection Molding (MIM) is widely used in various industries due to its ability to produce complex, high-precision, and high-strength metal parts at a relatively low cost.

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Machinery Tools

Machinery Tools

We create intricate and high-performance components that enhance the efficiency and durability of your power tools. From gears to handles, our MIM solutions ensure precision, strength, and longer tool life.

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Medical

Medical

For medical, dental, surgical devices.Reliability, Durability and Performance is the keys. We offer medical alloys such as 17-4PH SS, 316l SS and implantable ASTM F2886. To ensure the highest quality,

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Electrical Device

Electrical Device

Small components meet precision craftsmanship on a massive scale. MIMO create compact, high-performance electronic devices that redefine the limits of modern technology.

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Vehicle Parts

Vehicle Parts

In the automotive industry, precision, durability, and weight reduction are key factors. MIMO delivers components that meet these criteria ,optimize automotive performance and efficiency.

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The Advantages & Disadvantages of MIM

MIM offers a number of advantages over traditional metal forming methods, including complex geometries, cost-effectiveness,and a wide range of material options. However, it also has its limitations, including lead time, parts size limitations, and surface finish.

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News

MIMO Metal Invests 280 Million RMB in New Smart Factory to Expand High-End Manufacturing Capabilities

2025 / - 06 / - 17

Jiangsu MIMO Metal Co., Ltd. (hereinafter referred to as "MIMO Metal") is strategically advancing into high-end manufacturing with a total investment of RMB 280 million in a new production facility. The project aims to enhance capacity and R&D strength, focusing on sectors such as aerospace and medi

Principles and Control Technologies of MIM Molding Shrinkage

2025 / - 05 / - 30

I. Fundamental Principles of MIM Molding ShrinkageThe shrinkage process in Metal Injection Molding (MIM) follows a typical three-stage dynamic evolution:Primary Shrinkage Stage:During injection cooling, volume change occurs in the binder system due to differences in thermal expansion coefficients, w

Salt Spray Test Duration Standards for Zn-Ni Plated Parts in MIM Industry

2025 / - 05 / - 22

In the Metal Injection Molding (MIM) industry, the salt spray test duration for Zn-Ni plated parts serves as the core indicator for measuring product service life. This article systematically analyzes the salt spray test standards under different working conditions by combining typical application s

Control Technology of Injection Molding Flash in MIM Manufacturing

2025 / - 05 / - 12

In the field of Metal Injection Molding (MIM), injection molding flash is a critical quality indicator affecting product dimensional accuracy and assembly performance. As a professional provider of MIM technical solutions, MIMO Metal has established a complete flash control system through systematic

Young's Modulus of MIM Iron-based Materials

2025 / - 05 / - 07

In the field of modern industrial manufacturing, the mechanical properties of materials are key factors determining product functionality and service life. Among them, Young's Modulus, as a core indicator for measuring material elastic stiffness, has attracted increasing attention from engineers. Yo

MIMO Recruitment Notice: Multiple Positions Available - Join Us Now!

2025 / - 05 / - 14

Hey there, friends!MIMO is currently on a major hiring spree! We have a wide range of positions available, so there's bound to be one that's perfect for you. Located in Tongli Town, Wujiang District, our company enjoys convenient transportation and a beautiful working environment – an ideal place to

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FAQs

How tight the tolerance can MIMO achieve?

It depends on the shape of the parts, For example, 4mm diameter is +/- 0.3 mm while conventional MIM achieves +/- 0.5 mm.
How long does it take for the mould manufacturing?

Approximately 1 – 1.5 months.
What level of surface roughness can be achieved?

It depends on the type of metal material and the particle size distribution, however, the Ra ranges from 0.2 to 1.6 μm.
How thin can we design for MIM?

0.1 mm in case of the size is smaller than 5 mm with stainless steel.
(Conventional MIM; 0.3 mm partially)