5-axis and 3-axis CNC milling from your 3D files
Core machining for models, tooling and production aids — delivered ready for your next step.We machine non‑metal model and tooling materials and aluminium on 3‑axis and 5‑axis CNC. The goal is a practical hand‑off: controlled geometry, surfaces that can be finished, and parts that assemble without surprises.
Typical scope includes prototypes, plugs and masters, thermoforming bucks, fixtures and trimming/drilling templates. We do not machine steel or cast iron.
- 3-axis and 5-axis capability for complex geometry
- Large-format parts with planned splits and assembly logic
- Clear hand‑off for finishing, forming, lamination or production use
- Support with file preparation when needed
What this service covers
This service is for projects where the CAD model must become physical geometry fast — without losing intent. We focus on stable references, sensible segmentation for oversized parts, and surface quality aligned with the downstream process.
You can supply STEP/IGES/Parasolid or a clean mesh plus a short brief. If the model needs preparation, we can propose a separate scope so machining stays predictable and quoting stays fast.
Typical applications
Thermoforming bucks and production patterns
Machined bucks built for repeatable forming, with geometry that supports stable production.
Plugs and masters for composite mould tooling
Plugs and masters delivered with the surface intent agreed for your mould workflow.
Large mock-ups, prototypes and presentation parts
Large-format geometry that helps you make decisions at 1:1 scale and move forward with confidence.
Fixtures, templates and production aids
Datum-driven aids that reduce manual variation in trimming, drilling and assembly.
How we keep results predictable
We start from your goal: what must fit, what must look right, and what matters most in the next operation. That determines the machining approach and the material route.
For large parts, we plan segmentation and assembly so transport and on-site handling are straightforward. For surface‑sensitive work, we align the finish route early to avoid rework later.
- Confirm scope and deliverable condition before machining starts
- Align surface intent with finishing or mould‑making workflow
- Plan splits, keys and labelling for oversized geometry
- Protect critical zones for safe handling and transport
Materials and capabilities
Material selection depends on use: stability, temperature exposure, surface finish route and expected lifecycle. We will propose options if you are unsure.
- MDF for many thermoforming bucks, templates and masters
- Tooling board for stable, higher‑detail surfaces
- Epoxy tooling paste systems for hard, machineable skins on large cores
- Aluminium for selected fixtures and interfaces
What you receive
- CNC‑machined parts ready for assembly and downstream work
- Defined references where they matter for your process
- Segmentation and join logic for large builds when required
- Packaging aligned with geometry sensitivity and transport
When this is the right fit
- You need physical geometry from CAD to move a project forward
- Downstream work depends on surface quality and repeatability
- The part is large and requires planned segmentation and assembly
- You want a supplier who can align machining with your production workflow
What is out of scope
- Steel, cast iron and similar ferrous metals
- Projects without a defined application goal or usable input data
- Open‑ended finishing work without agreed hand‑off criteria
A simple workflow
- Send your files and a short note about the application
- We confirm scope, material route and a clear deliverable
- Machining and, if needed, segmentation and assembly preparation
- Delivery with practical hand‑off notes for the next step
Related pages
Explore related services and materials that are commonly used with CNC machining projects.
Get a quote for your CNC machining project
If you already have a 3D model, send it with a short description of the intended use. We will confirm the material route, the deliverable condition and a realistic lead time.If you are still deciding how to build the part, we can suggest options that balance surface quality, stability and cost — without overcomplicating the process.
Request a quote