At Metalstar Prototype, we combine the best of additive and subtractive manufacturing technologies to deliver high-precision, complex metal parts that push the boundaries of conventional production. Our integrated 3D metal printing and CNC machining capabilities create a powerful hybrid manufacturing solution for the most demanding engineering applications.
Advanced Hybrid Manufacturing Capabilities
Our facility houses:
- 6 industrial-grade metal 3D printers with large build volumes (350×350×350mm)
- Multi-axis CNC machining centers with ±0.01mm precision
- Capability to produce 1-50 hybrid components within 7-20 days
Material Expertise
We work with premium metal alloys including:
- Stainless Steel (316L)
- Titanium (TC4)
- Aluminum (6061)
- And other specialty metals
The Power of Combined Technologies
- Complex Geometry Realization
- 3D printing creates intricate internal structures and organic shapes
- CNC machining provides critical high-tolerance surfaces
- Combined approach enables previously impossible designs
- Enhanced Precision Engineering
- Additive manufacturing builds near-net-shape components
CNC machining delivers final dimensional accuracy
- Achieve tight tolerances on complex features
- Optimized Production Efficiency
- Reduced material waste compared to pure subtractive methods
- Eliminated tooling costs for low-volume production
- Faster turnaround than traditional manufacturing
Superior Part Performance
- Maintain excellent mechanical properties from 3D printing
- Achieve perfect surface finishes via CNC machining
- Create parts with both complex features and precision interfaces
Applications:
- High-performance automotive parts
- Lightweight structural components
- Fluid system parts with complex internals
- Customized medical devices
- Specialized industrial tooling
Contact our manufacturing experts today to discuss how our hybrid 3D printing and CNC machining capabilities can solve your most challenging part production requirements.