What We Offer
Our Services
CNC Milling
Precision multi-axis milling for complex geometries. Our advanced milling centres deliver tight tolerances and exceptional surface finishes across a wide range of materials — from aluminium to hardened steel.
CNC Mill-Turning (Multi-Tasking)
Combining milling and turning in a single setup, our multi-tasking machines produce complex components in one operation — eliminating re-fixturing, reducing handling errors, and improving concentricity between features. Ideal for intricate parts that would traditionally require multiple machines and setups.
CNC Turning
High-accuracy lathe work for cylindrical components. Producing precision-turned parts with consistent quality and repeatability for demanding applications.
CNC Programming
Expert CAM programming for optimal toolpaths. Our programmers maximise efficiency and accuracy from your CAD data to finished component, reducing cycle times and waste.
Prototyping
Rapid prototype production for design validation. Bring your concepts to life quickly with precision-machined prototypes ready for testing and iteration.
Design for Manufacture Support
We work closely with your design and engineering teams to review components for manufacturability before cutting begins. Our experienced engineers can advise on tolerances, material selection, and geometry optimisation — helping you avoid costly redesigns and get the best result first time.
Engineering Partnership
Design for Manufacture
Getting a component right starts long before the machine is switched on. We offer hands-on design for manufacture (DFM) support, working directly with your engineers and designers to review drawings, flag potential issues, and suggest improvements that make parts easier — and more cost-effective — to produce.
Whether you're developing a new product from scratch or refining an existing component, our team brings real workshop knowledge to the conversation. We understand tolerances, surface finishes, material behaviour, and the practical realities of precision machining — so you get a part that performs exactly as intended.
- Tolerance and fit review
- Material selection advice
- Geometry optimisation for machinability
- Early-stage prototyping and iteration
- CAD file review and feedback