01
Prototype planning and file review
Review the geometry, intended use and critical features. Identify areas that may need adjustment and agree what the prototype is intended to demonstrate.
Prototyping + Manufacture
Make it real. Test it early.
Use physical parts to answer the questions a screen cannot. We help you plan prototypes, review design files and select a process for the part's intended purpose.
Give every prototype a question to answer.
A presentation model, a fit-check part and a functional prototype have different requirements. Starting with the purpose helps determine the process, material, finish and checks needed before you commit to making it.
How we can help
Support for the work ahead.
02
Additive manufacturing and short runs
Consider FDM or resin printing for the application, with material and process selection reviewed against the requirements. Quantities, pricing and lead times are confirmed through quotation.
03
Finishing, assembly and inspection
Define the post-processing and assembly work required. Agree the features to inspect and the information needed to evaluate the resulting parts.
Deliverables
Clear outputs. Agreed scope.
Depending on your project, the agreed work may include:
- A reviewed quotation with process, material and quantity
- Physical parts or models to the accepted scope
- Agreed finishing and assembly work
- Inspection or evaluation information where specified
Deliverables, responsibilities, timing and fees are confirmed in the proposal or quotation.
The process
How we move forward.
- Submit the design files and explain the part's purpose.
- Resolve manufacturing questions and review the quotation.
- Approve the work, then receive and evaluate the parts.
Before we begin
What to bring.
Provide your CAD files, quantity, intended use and required date. Highlight critical dimensions, mating parts, loads, heat exposure and surface-finish needs. Include drawings when dimensions or tolerances must be controlled.
A few useful answers.
Which file formats can I submit?
The quote form lists the supported formats. STEP is useful for solid geometry and STL for mesh-based printing workflows; include supporting drawings where needed.
Will a printed prototype behave like the final product?
Not necessarily. Process, material, orientation and geometry influence behaviour. Tell us what you want to test so the prototype's limitations can be considered.
Can I request a small production run?
Yes. Share the quantity and requirements for review. Suitability, repeatability, inspection, price and timing are assessed for the specific part.
Your next step