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.​​​​​​​
Professional Techincal Team
We have an excellent technical team, which can be designed according to customers requirements.
800w
Monthly Pieces
90
Patents
200
Customers
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.
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.​​​​​​​

News

Mimo Metal Completes Phase I New Factory, Breaks Through Capacity Bottleneck & Embarks on a New Chapter of Intelligent Manufacturing
2026 / - 02 / - 09

Jiangsu Mimo Metal Co., Ltd. (hereinafter referred to as “Mimo Metal”) has made a strategic layout in high-end manufacturing and invested 280 million yuan in the construction of a new factory. At present, the Phase I factory has been completed and put into trial operation after the installation and

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

How MIM Solves High‑end Precision Component Manufacturing Challenges amid the New‑Energy Wave
2026 / - 08 / - 21

Against the rapid iteration of the new‑energy industry, sectors including new‑energy vehicles, energy storage and computing hardware impose multiple requirements on components: miniaturization, integration, lightweighting, high reliability, high‑volume production and low cost. Conventional processes

The Rise of Humanoid Robots: MIM Emerges as the Core‑Process Choice for Complex Micro‑Metallic Components
2026 / - 08 / - 21

As the commercial‑scale adoption of humanoid robots accelerates, the industry is rapidly shifting from prototype R&D toward mass‑volume production. Compared with conventional industrial robots, humanoid robots set extreme requirements for components: overall lightweighting, miniaturized joints, stru

Multi‑sector Empowerment via MIM Technology: Mass‑Production Solutions for Components in Power Tools, Automotive, Medical Devices and Humanoid Robots
2026 / - 08 / - 21

Combining advantages of powder metallurgy and injection molding, Metal Injection Molding (MIM) represents an advanced near‑net‑shape manufacturing technology. It enables one‑step forming of thin‑walled, special‑shaped metallic parts featuring micro‑holes and intricate internal cavities. Material uti

 Understanding MIM Technology: A Near‑Net‑Shape Process Combining Injection Molding and Powder Metallurgy
2026 / - 08 / - 13

In precision manufacturing, traditional processes have long been trapped in a dilemma: conventional powder metallurgy enables cost‑effective mass production of metal parts yet is limited to simple geometries with moderate accuracy. Plastic injection molding delivers intricate free‑form shapes, but c

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FAQs
  • How tight the tolerance can MIMO achieve?
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    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?
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    Approximately 1 – 1.5 months.
  • What level of surface roughness can be achieved?
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    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?
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    0.1 mm in case of the size is smaller than 5 mm with stainless steel.
    (Conventional MIM; 0.3 mm partially)
MIMO's products do not only serve customers all over China, but it also provides MIM products for more than 40 countries and enterprises in the World, including the United States, the Netherlands, Norway, Pakistan and so on.
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Contact Us
  No.28 Donggu Road, Qiushe development zone, Tongli Town, Wujiang District, Suzhou, Jiangsu province, China.
 zjb1@mimomim.com
  +86-136-1625-2900

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