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.
Our Advantages
Why choose Powder Metallurgy and MIM technologies
Cost Efficiency
- Minimal material waste โ save up to 30% on raw materials
- High repeatability โ reduces post-machining needs
- Complex shapes produced in one cycle โ simplified assembly
Design Freedom
- Manufacture of highly complex parts impossible via conventional methods
- Lightweight yet strong components to boost product efficiency
- Near-net-shape manufacturing capabilities
Consistent Quality
- High mechanical strength and wear resistance
- Tight process control and multi-stage quality assurance
- Reliable performance in demanding applications
Who We Serve?
PM and MIM solutions across diverse sectors
Automotive
Reliable, precision components
Medical
Biocompatible and long-lasting parts
Electronics
Miniature components with complex geometries
Tooling & Equipment
High-strength wear-resistant parts
Conventional Powder Metallurgy (Sintering)
High-strength parts with tight tolerances
Materials
- Carbon and alloy steels
- Stainless steel
- Copper alloys
- Titanium
Specifications
- Sintering Temperature: 1100ยฐC to 1400ยฐC (ยฑ5ยฐC precision)
- Atmosphere: Vacuum, inert gases (argon, nitrogen)
- Compaction: Up to 800 MPa, green density >95%
- Tolerances: ยฑ0.05 mm after sintering
- Post-processing: CNC machining, heat treatment, surface hardening
- Quality Control: Metallographic analysis, hardness testing
High-strength parts with tight tolerances, optimized material usage and reduced finishing costs.
Precision Gears
Structural Parts
Complex Shapes
Metal Injection Molding (MIM)
Production of miniature, high-precision parts
Materials
- Ultra-fine metal powders (<20 ฮผm)
- Specially formulated polymer binders
- Stainless steels and tool steels
- Titanium and superalloys
Specifications
- Feedstock: >97% final density achievable
- Injection Molding: Complex shapes with thin walls down to 0.3 mm
- Debinding: Thermal or chemical removal with stress control
- Sintering: Programmable furnaces with inert/vacuum atmospheres
- Tolerances: Standard ยฑ0.02 mm, calibrated down to ยฑ0.01 mm
- Surface Finish: Ra as low as 0.4 ฮผm without additional finishing
Production of miniature, high-precision parts with minimal secondary operations.
Medical Components
Electronic Parts
Precision Parts
Combined PM & MIM Solutions
Integrated manufacturing for optimal results
- Integrated PM and MIM solutions for optimal manufacturing
- Process automation with real-time monitoring and control
- Eco-friendly production with low material waste and energy efficiency
- Engineering support for design adaptation and optimization
Manufacturing Process
Quality Control
Production Line
Why Choose HydroForce?
Your trusted partner for PM and MIM manufacturing
- 15+ years of experience in complex metal part manufacturing
- Advanced production facilities and in-house R&D
- Flexible order volumes โ prototyping to full-scale production
- Full quality assurance and certifications
- Technical consulting and design optimization support
Feel Free to Contact Us
Let us help you find the optimal PM or MIM solution for your application
Request Quote