Powder metallurgy injection molding solution.
MIM: The perfect combination of precision manufacturing and high-performance metals.
Get A Quote Now
View Case Study
Powder metallurgy injection molding solution.
MIM: The perfect combination of precision manufacturing and high-performance metals.
Get A Quote Now
View Case Study
Comprehensive Customization Service
Our high-performance materials and technologies set new standards in numerous industries such as the automotive industry, mechanical engineering, the energy sector and many more.
Automotive Industry
Automotive Industry
High-precision automotive parts for engines, transmissions, braking, and safety systems ensuring reliability and performance.
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Medical Devices
Medical Devices
Precision components for diagnostic and surgical equipment requiring biocompatibility, accuracy, and stable clinical performance.
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Smart Wearables
Smart Wearables
Miniaturized precision parts for wearables focusing on lightweight design, comfort, and stable electronic integration.
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Portable Devices
Portable Devices
Durable compact components for handheld and portable instruments requiring strength, precision, and mobility support.
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Industrial Equipment
Industrial Equipment
High-strength components for automation and machinery ensuring durability under continuous operation and harsh environments.
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Audio
Audio
Precision parts for audio systems requiring vibration control, acoustic stability, and high assembly accuracy.
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Austenitic stainless steel
Austenitic stainless steel
Corrosion-resistant, tough, non-magnetic steel widely used in medical, food, and chemical environments.
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Precipitation-hardening stainless steel
Precipitation-hardening stainless steel
Heat-treated high-strength stainless steel offering excellent hardness and corrosion resistance for aerospace and precision tooling.
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Martensitic stainless steel
Martensitic stainless steel
High hardness and strength steel used in cutting tools, valves, and wear-resistant industrial components.
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Low-alloy steel
Low-alloy steel
Cost-effective steel balancing strength, toughness, and machinability for automotive and structural applications.
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Non-ferrous light metals
Non-ferrous light metals
Includes aluminum, copper, and titanium alloys offering lightweight, corrosion resistance, and high conductivity performance.
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Did you not find the material or industry you need?
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About Yize Metal
Established in 2007, Yizhe is a specialized manufacturer integrating metal injection molding (MIM) mold development and full-process MIM manufacturing—including feedstock preparation, injection molding, debinding, sintering, and post-processing.
Simultaneous molding and sintering processes from the mold design stage enable highly consistent mass production of complex, small metal parts, which are widely used in the medical, electronics, automotive and precision machinery fields.
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ISO 9001:2015 Quality Management System
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ISO 13485 Medical Device Quality Management
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ISO 14001:2015 Environmental Management System
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IATF 16949 Automotive Industry Quality Standards
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Established
Production Area
Equipment and Machines
Detecting Instrument
Debinding Furnace, Sintering Furnace
Shaping machine, Magnetic Polishing Machine
Custom MIM Metal Parts — One-Stop Service from Design to Mass Production
We help you quickly transform complex metal parts into high-quality, mass-producible MIM products. With high precision, high stability, and rapid response, we safeguard your projects throughout the entire process.
1
Upload Drawings
Please provide 3D drawings (in STEP, STP, or PDF format), and our engineering team will complete the assessment within 24 hours. We provide OEM services.
2
Free DFM Analysis & Quotation
We offer free manufacturability analysis (DFM), including: Structural optimization (better suitability for MIM processes) Material recommendations (304, 316L, 17-4PH, titanium alloys, etc.) Cost and lead time assessment, we help you reduce costs and risks before mold making.
3
Mold Manufacturing & Prototyping Verification
High-precision mold processing ensures stable batch production.
Fast prototyping is provided for verifying:
- Dimensional accuracy
- Mechanical properties
- Surface finish
4
MIM Mass Production
Core Process Flow:
Injection Molding → Debinding → Sintering
Ensure:
- High density and high strength
- Strict tolerance control
- Stable consistency in mass production
5
Post-Processing & Quality Inspection
We offer complete post-processing services:
CNC finishing / Heat treatment / Polishing / Electroplating / Surface treatment
Each batch of products undergoes rigorous testing:
- Dimensional accuracy
- Mechanical properties
- Appearance quality
6
Packaging and Global Delivery
We customize packaging solutions based on product characteristics, and support global shipping to ensure safe and timely delivery.
Why Customers Choose Us
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Focus on manufacturing complex, high-precision MIM parts
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Stable quality, suitable for long-term mass supply
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One-stop service from design to delivery
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Rapid response, shortening development cycles
Upload your drawings now and you will receive:
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Quick quote
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Professional DFM optimization suggestions
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Cost reduction solution support
Upload RFQ Now
Get a Free Quote 24/7
Our Production Cases
Real-world project demonstrations showcase our technological capabilities and achievements across multiple industries.
Medical Metal Injection Molding Parts Case Study
Focusing on using MIM technology to manufacture high-precision, complex geometries for medical devices, meeting stringent biocompatibility and cleanliness requirements.
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Electronics Precision MIM Components
Miniaturized, highly complex metal parts for electronic devices such as smartphones, connectors, sensors, and heat sinks, meeting electromagnetic shielding, conductivity, and miniaturization design requirements.
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Industrial Metal Injection Molding Solutions
Providing customized MIM process solutions covering the entire process from materials development to mass production for the production of corrosion-resistant, high-hardness metal parts in industrial machinery and consumer goods.
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Automotive MIM Parts Manufacturer Case
Providing high-strength, wear-resistant, small, precision metal parts for automotive powertrains, locks, airbags, and turbochargers, reducing costs and improving performance through efficient mass production.
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Twenty-Year Development Process
Our growth trajectory is characterized by a focus on MIM process accumulation, continuous innovation, and quality improvement.
2007
Yize Mould Established
Embarking on the journey of precision medical mold manufacturing, laying a solid foundation for professional customization and one-stop production services.
2018
Company Relocated & Production Scale Expanded
Upgrading the factory's production layout, expanding production capacity, and achieving standardized production, more efficient delivery, and more stable supply.
2020
Mould Development Department Established
Establishing a professional R&D team to independently complete the precision design, structural innovation, and customized technical solutions for medical molds.
2021
Injection Molding Department Established
Perfecting the integrated mold + injection molding industry chain, achieving independent control over the entire process from mold opening to finished product molding, ensuring both quality and cost control.
2024
Dust-Free Injection Molding Workshop Launched
Establishing a professional R&D team to independently complete the precision design, structural innovation, and customized technical solutions for medical molds.
2025
Establishment of Liquid Silicone Department
Expanded liquid silicone molding business, covering silicone respirators and customized medical silicone components, improving manufacturing capabilities across all medical product categories.
2026
Establishment of MIM Metal Powder Injection Molding Division
Expanded MIM metal powder injection molding business, supporting customized production of metal structural components, achieving one-stop intelligent manufacturing capabilities across the entire industry chain.
2007
Yize Mould Established
Embarking on the journey of precision medical mold manufacturing, laying a solid foundation for professional customization and one-stop production services.
2018
Company Relocated & Production Scale Expanded
Upgrading the factory's production layout, expanding production capacity, and achieving standardized production, more efficient delivery, and more stable supply.
2020
Mould Development Department Established
Establishing a professional R&D team to independently complete the precision design, structural innovation, and customized technical solutions for medical molds.
2021
Injection Molding Department Established
Perfecting the integrated mold + injection molding industry chain, achieving independent control over the entire process from mold opening to finished product molding, ensuring both quality and cost control.
2024
Dust-Free Injection Molding Workshop Launched
Establishing a professional R&D team to independently complete the precision design, structural innovation, and customized technical solutions for medical molds.
2025
Establishment of Liquid Silicone Department
Expanded liquid silicone molding business, covering silicone respirators and customized medical silicone components, improving manufacturing capabilities across all medical product categories.
2026
Establishment of MIM Metal Powder Injection Molding Division
Expanded MIM metal powder injection molding business, supporting customized production of metal structural components, achieving one-stop intelligent manufacturing capabilities across the entire industry chain.
Trusted Choice of Globally Renowned Brands
We work closely with our supply chain and customers to build an efficient and reliable manufacturing ecosystem.
Partner Clients
Client Renewal Rate
Average Partnership Duration
Confidentiality Agreement
Top-of-the-line Equipment Superior Manufacturing
We have introduced the world’s most advanced manufacturing equipment and equipped it with a comprehensive quality inspection system to ensure that every part meets the highest standards.
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Vacuum-sealed protection
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High-precision temperature-controlled sintering
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Oxygen-free, high-purity sintering environment
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Precise Binder Removal Control
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Uniform Thermal / Solvent Process
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Stable Green Part Structure
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High-Pressure Precision Injection
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Stable Feedstock Feeding System
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Consistent Complex Shape Molding
Blog
Professional technical articles and industry insights help you understand the latest trends and practical experience in MIM.
- May. 30, 2026 /
By hqt
A Leading MIM Manufacturer Providing Full-Process Precision Metal Solutions
Introduction As a specialized Metal Injection Molding (MIM) manufacturer, we provide fully integrated precision manufacturing solutions covering mold design, injection molding, debinding, sintering, CNC machining, surface treatment, and quality inspection. ...
- Jun. 01, 2026 /
By hqt
Global Metal Injection Molding (MIM) Industry Trends in 2026: Growth Driven by Precision Manufacturing Demand
Meta Description An overview of global MIM industry trends in 2026, including market growth, technology evolution, and application expansion in key industries. Introduction The global Metal Injection Molding (MIM) industry ...
- Jul. 02, 2026 /
By hqt
MIM Materials Explained: Composition, Classification, and Engineering Applications
MIM (Metal Injection Molding) materials are mainly composed of ultra-fine metal powders (usually < 20μm) mixed with binders (wax, plastic). They include iron-based, stainless steel, nickel-based, titanium alloys, and hard ...
Frequently Asked Questions
Here are some of the questions we get asked often. If yours isn’t answered, don’t hesitate to contact us, we’re happy to help!
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What is your lead time for manufacturing parts?
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Lead times depend on the complexity and volume of your order. For standard lead times typically range from 7-15 days. For complex projects, we will provide an estimated timeline during the quotation process.
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What is the minimum order quantity (MOQ) for parts?
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MOQ depends on part complexity and material. We support small trial orders to mass production, typically starting from a few hundred pieces.
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How do you ensure the quality of the parts you manufacture?
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We apply full-process quality control from raw materials to final inspection, using ISO9001 / IATF16949 standards and precision testing equipment to ensure consistency and reliability.
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Can you provide assistance during the design phase?
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Yes. We provide DFM support, including mold design optimization, shrinkage compensation, and feasibility analysis to reduce development risk.
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What is your experience with high-precision parts?
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We specialize in high-precision MIM components with tight tolerances up to ±0.005 mm and stable mass production for medical, electronics, and automotive industries.
