Powder Metallurgy (PM) & Metal Injection Molding (MIM)

Precision, Strength, and Innovation for Your Business

Looking for a partner to manufacture high-quality metal components of any complexity? We are specialists in Powder Metallurgy and MIM technologies delivering exceptional results.

±0.02mm Tolerance 97% Final Density 30% Material Saving 15+ Years Experience

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Our Advantages

Cost-effective precision manufacturing with superior quality and design freedom

Cost Efficiency

Minimal material waste — save up to 30% on raw materials
High repeatability — reduces the need for post-machining
Complex shapes produced in one cycle — simplified assembly, fewer components

Design Freedom

Manufacture of highly complex parts that cannot be made using conventional methods
Lightweight yet strong components to boost product efficiency

Consistent Quality

High mechanical strength and wear resistance
Tight process control and multi-stage quality assurance ensure reliability

Applications & Industries

Advanced powder metallurgy solutions for critical industry applications

Automotive Industry

Engine components with precise tolerances
Transmission parts requiring complex geometries
Brake system components with superior wear resistance

Medical & Healthcare

Biocompatible surgical instruments and implants
Precision dental components and orthodontic tools
MRI-compatible parts with non-magnetic properties

Electronics & Technology

Miniature connectors and micro-components
Heat sinks and thermal management parts
Precision housings for electronic devices

Our Technology - Your Technical Advantage

Advanced powder metallurgy and metal injection molding capabilities

Conventional Powder Metallurgy (Sintering)

Materials: carbon and alloy steels, stainless steel, copper and copper alloys, titanium, and more
Sintering Temperature: from 1100°C to 1400°C, precisely controlled to ±5°C for structural uniformity
Atmosphere: vacuum, inert gases (argon, nitrogen), or reducing atmospheres to prevent oxidation and surface defects
Compaction: high-precision pressing up to 800 MPa ensures green density >95%
Tolerances: dimensional stability within ±0.05 mm after sintering
Post-processing: CNC machining, heat treatment, and surface hardening if required
Quality Control: metallographic analysis, hardness testing (Rockwell, Vickers), ultrasonic and X-ray inspection

Your benefit: high-strength parts with tight tolerances, optimized material usage and reduced finishing costs.

Precision Gears

Structural Parts

Complex Shapes

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Metal Injection Molding (MIM)

Feedstock: ultra-fine metal powders (<20 μm) ensure >97% final density
Binders: specially formulated polymers enable clean debinding without deformation
Injection Molding: precise molding of complex shapes with thin walls down to 0.3 mm
Debinding: thermal or chemical removal with careful control to minimize internal stress
Sintering: programmable furnaces with inert or vacuum atmospheres prevent shrinkage and oxidation
Tolerances: standard ±0.02 mm, and down to ±0.01 mm with calibration
Surface Finish: Ra as low as 0.4 μm without additional finishing