High-Performance Cold Forming & Precision Machining
Advanced production capabilities combining high-performance cold forming, precision machining, and secondary machining processes to manufacture complex, high-strength components with exceptional dimensional accuracy and consistency. Optimized for demanding automotive, industrial, and off-highway applications requiring reliability, efficiency, and repeatable quality.
Cold Forming
The Most Efficient Way to Create High‑Performance Components
Cold forming transforms raw material into complex geometries with exceptional efficiency, material utilization, and mechanical performance. Leveraging multi-station technology and process expertise, MG3 produces high-volume components with superior consistency and cost competitiveness.
Key Benefits
- Improved material strength
- Reduced material waste
- Lower total component cost
- High-volume production efficiency
- Excellent repeatability
Secondary Machining
Adding Precision Where It Matters
Secondary machining operations enhance cold-formed components with application-specific features, tighter tolerances, and complex geometries that cannot be achieved through forming alone.
Key Benefits
- Combines the efficiency of cold forming with the precision of machining
- Achieves tighter tolerances and more complex geometries
- Optimized balance between performance, precision, and cost
Precision Machining
Complex Components from Solid Material
Precision CNC machining capabilities enable the production of highly complex components requiring tight tolerances, intricate geometries, and superior surface finishes.
Key Benefits
- Complex geometries
- Tight tolerances
- High-precision CNC turning
- Low and medium volume production
Thread Masking Coating
Specialized In-House Coating Capability
Ramcote® is a fluoropolymer-based thread coating engineered to protect. Developed to meet major automotive and customer-specific coating specifications and approved for use in accordance with leading OEM performance requirements.
Key Benefits
- Preserves thread integrity throughout painting, welding, and finishing processes
- Reduces rework and thread restoration operations
- Improves assembly efficiency and fastening reliability
