The Best of Both Worlds
Hybrid manufacturing represents one of the most exciting developments in precision engineering. By combining additive manufacturing (3D printing) with traditional subtractive CNC machining, manufacturers can leverage the strengths of both technologies.
How Hybrid Manufacturing Works
The Additive Phase
- Build up complex internal geometries
- Create near-net-shape blanks
- Add features impossible with subtractive alone
- Reduce material waste on expensive alloys
The Subtractive Phase
- Achieve tight tolerances on critical features
- Create precision mating surfaces
- Achieve superior surface finishes
- Remove support structures
Applications in Precision Manufacturing
1. Conformal Cooling Channels
Injection mould tooling with internal cooling channels that follow the mould contour—impossible with traditional machining but achievable with hybrid approaches.
2. Lightweight Aerospace Structures
Start with an additive lattice structure for weight reduction, then machine mounting surfaces and critical interfaces to aerospace tolerances.
3. Rapid Prototyping to Production
Quickly iterate designs with additive manufacturing, then transition to hybrid production for functional prototypes with production-grade precision.
4. Repair & Remanufacturing
Add material to worn components, then machine back to original specifications—extending the life of expensive aerospace parts.
Material Considerations
Hybrid manufacturing works with various materials:
- Titanium alloys: Common in aerospace hybrid parts
- Inconel: For high-temperature applications
- Stainless steel: Medical and food industry applications
- Tool steel: Mould and die applications
Challenges & Solutions
| Challenge | Our Solution | |-----------|--------------| | Surface finish from additive | CNC finishing passes | | Dimensional accuracy | CMM verification and correction | | Material properties | Post-processing heat treatment | | Process planning | Integrated CAD/CAM workflows |
The Future of Hybrid Manufacturing
As additive technology matures and CNC integration improves, we expect to see:
- Faster build times with better resolution
- Wider material options
- More compact hybrid machine designs
- AI-optimized process planning
Our Hybrid Capabilities
While we primarily focus on CNC machining, we partner with additive manufacturing specialists to offer hybrid solutions for complex projects. This collaborative approach ensures:
- Access to latest additive technologies
- Precision CNC finishing capabilities
- Single-source project management
- Quality assurance across processes
Have a complex part that might benefit from hybrid manufacturing? Let's discuss your requirements.
