Prototyping
CNC Rapid Prototyping: From CAD to a Real Part in Days, Not Weeks
CNC rapid prototyping turns a CAD file into a real machined part in days. Materials, tolerances, cost, and how it compares to 3D printing for fit and function.
Applications
CNC Rapid Prototyping in Real Material
Machine a real part in the real material in days rather than waiting weeks for tooling. Every quote includes DFM feedback, and design changes between iterations cost nothing.
Overview
Rapid Prototyping
Machine a real part in the real material in days rather than waiting weeks for tooling. Every quote includes DFM feedback, and design changes between iterations cost nothing.
How It Typically Runs
- Send STEP or IGES plus material and quantity
- Quote and DFM feedback on your real drawing
- Parts machined from solid stock, no tooling wait
- Revised drawings cost nothing to re-quote
Typical Numbers
Volumes, Lead Times and Tolerances
| Stage | What to Expect |
|---|---|
| Prototype | One or a few parts machined in your real material and process |
| Trial batch | A small run to lock the process and approve the sample |
| Production run | Repeatable batches quoted against your drawing and confirmed sample |
We quote volume, lead time and tolerance against your actual drawing and confirmed material — rather than promising generic numbers up front.
Related
Other Applications
01
Functional Prototypes
Prototypes machined from the production material with the production process, so fit, strength, thermal behaviour and wear are tested honestly instead of approximated.
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02
Low-Volume Production
Bridge the gap between prototype and tooling. Machined or soft tooling keeps unit cost reasonable without committing to a hardened production tool before the design is frozen.
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03
Mass Production
Repeatable in-house machining with inspection on each run. Fabrication and finishing handled under one roof, with the documentation we actually provide — inspection report and material certs on request.
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Insights
Related Articles
Design
Design for Manufacture: Five Drawing Choices That Decide Whether Your Part Machines Cleanly
A manufacturing engineer's DFM checklist: internal corner radii, thin walls, deep holes, standard threads, and tolerance stacking — and how each
Process
Micro-Machining Small Parts: Holding Tolerance When Your End Mill Is 0.3 mm
The realities of micro-milling and micro-turning for miniature and electronics parts — tool deflection, spindle speed, and why rigidity beats raw power
Ready to Machine Your Part?
Send your drawings and requirements. Quote, lead time and DFM feedback on your real drawing.