Rapid Prototyping with CNC in Australia
Design to physical part in 3–10 days. Iterate quickly, test, validate. CNC machined prototypes in aluminium, steel, titanium, and more. Quotes in 2 business days.
Rapid Prototype Parts We Manufacture
Design validation parts
Functional test samples
Engineering prototypes
Proof-of-concept parts
Iterative prototypes
Form & fit test parts
Prototype assemblies
Prototype tooling
Sample parts
Development components
Prototype fixtures
Concept models
Materials for Rapid Prototypes
Choose materials that match your final production requirements for accurate prototype testing.
| Material | Grades | Prototype Application |
|---|---|---|
| Aluminium | 6061-T6, 7075-T6 | Lightweight parts, aerospace prototypes |
| Steel | 4140, mild steel | Strength testing, production validation |
| Stainless Steel | 316, 304 | Corrosion resistance validation, marine parts |
| Titanium | Grade 2, Grade 5 | Aerospace prototypes, extreme environment |
| Brass | CZ121 | Electrical prototypes, electrical conductivity |
| PEEK | Virgin, glass-filled | Chemical resistance validation, thermal testing |
The Rapid Prototyping Workflow
Upload Drawing
Send your CAD file or sketch
Receive Quote
Price and timeline in 2 business days
Approve & Manufacture
Prototype made in 3–10 days
Iterate & Refine
Test, refine design, repeat
CNC Capabilities for Rapid Prototyping
3-Axis & 5-Axis Milling
Complex 3D geometry, undercuts, and intricate features. Single-setup capability reduces turnaround and cost.
- ✓ Tolerances ±0.05mm–±0.01mm
- ✓ Complex geometry in one setup
- ✓ Fast cycle times
- ✓ Design freedom
CNC Turning
Cylindrical components, shafts, bushings with excellent surface finish. Minimal post-processing required.
- ✓ Diameters 1–300mm
- ✓ Threading and grooving
- ✓ Excellent finish Ra 0.8–1.6
- ✓ Swiss turning available
Rapid Finishing
Surface treatment integrated into prototype timeline. Anodising, powder coating, and finishing included.
- ✓ Anodising (Type II & III)
- ✓ Powder coating
- ✓ Chemical film
- ✓ Bead blasting
Who Uses Rapid Prototyping
Rapid Prototyping FAQ
What is rapid prototyping with CNC machining?
Rapid prototyping is manufacturing physical parts from digital designs in rapid timeframes — typically 3–10 days. CNC machining is the fastest method for complex parts. You upload a CAD drawing, receive a quote in 2 days, and have a functional prototype within 3–10 days depending on complexity. This enables rapid iteration and design validation.
How is rapid prototyping different from serial production?
Rapid prototyping prioritizes speed and design flexibility over cost optimization. Single prototypes are quoted without worrying about setup cost amortization. Design changes between iterations are accommodated quickly. Serial production prioritizes unit cost through high-volume tooling and setup amortization. Rapid prototyping is ideal for design validation; serial production is for final manufacturing.
Can I iterate on my design after each prototype?
Yes. Rapid prototyping is designed for iteration. Manufacture a prototype, test it, receive feedback, refine the design, and manufacture again. Each iteration uses the same CNC equipment with no additional setup or retooling. This cycle can repeat as many times as needed until the design is validated.
What file formats do you accept for rapid prototyping?
We accept STEP, IGES, STL, Solidworks, AutoCAD, and other standard CAD formats. Drawings must include dimensions, tolerances, material specifications, and surface finish requirements. If you have a sketch or concept, our engineering team can convert it to a detailed drawing for a small design fee.
How much do rapid prototypes typically cost?
Prototype cost varies by complexity. Simple prototype: $250–$500. Medium complexity: $500–$1,500. Complex parts: $1,500–$5,000+. Cost is driven by material, machining time, tolerance requirements, and surface finish. Most prototype customers budget $1,000–$3,000 per iteration for functional testing parts.
Can you scale from prototype to production?
Yes. Once your prototype design is validated, we can transition to low-volume production (50–1,000 units) using the same CNC equipment, then to higher volumes if needed. We advise on design for manufacturability and cost optimization as volumes increase.
Get Your Prototype in 3–10 Days
Start your rapid prototyping project today. Quote in 2 business days. Design validation made fast.
Start Your Quote →