Rapid Prototyping Services

Rapid prototyping turns a CAD design into a physical part quickly, so it can be tested, evaluated and refined before committing to production. Rather than waiting until a design is finalised, prototyping lets teams validate decisions early — while changes are still inexpensive to make.

Why Prototype Before Production

A model on screen can look correct and still fail once it exists in the physical world. Prototyping surfaces these issues early: whether a part fits its mating components, whether it holds up under expected use, and whether it functions the way it was designed to. Testing this before production reduces the risk of discovering a design flaw only after tooling or a larger production run is already underway.

Iteration as Part of the Process

Few designs are right on the first attempt, and treating prototyping as a single step rather than a cycle often costs more in the long run. We support iterative development, where feedback from one prototype round feeds directly into the next revision, so a design improves with each pass rather than being tested only once.

Choosing the Right Process for Each Prototype

The best process depends on what a prototype needs to prove at that stage. Early-stage prototypes checking geometry or general fit may only need FDM. Where fine detail or surface finish matters — reviewing ergonomics or appearance, for example — SLA is often the better fit. When a prototype needs to behave mechanically closer to the final part, SLS can produce a more representative functional result. We help select the process that matches what each prototype round is actually meant to test.

From CAD to Prototype

The process starts with the CAD file you provide. We review the design, recommend a process and material suited to what you're testing, and produce the part. Once you've evaluated it — for fit, function or feedback from stakeholders — we carry those findings into the next revision.

Supporting Product Development and R&D

Prototyping sits inside a larger development process rather than apart from it. For projects that also need product design and development support, prototyping and design work can run together, with each prototype round informing the CAD model that follows it.