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Rapid prototyping

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Rapid Prototyping Services for Functional Parts

Prototype the next useful answer.

Build physical prototypes for appearance, fit, assembly and functional evaluation. We review what the current build needs to prove before selecting the process, material, finish and inspection plan.

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A clearer route

Purpose-Led Rapid Prototyping

Early parts may need to validate a form, a mechanical interface, a user interaction or a functional load case. Defining that purpose at RFQ stage helps select the right process, material, finish and delivery target for the next design decision.

Select the route

Prototype Goal and Process Selection Matrix

Fit and assembly check

CNC, 3D printing or sheet metal

Interfaces, tolerance, assembly and material similarity.CNC machined prototypes

Functional testing

CNC, engineering polymer printing or sheet metal

Load, temperature, impact, friction, fluid and lifetime.Sheet metal prototypes

Pre-molding validation

3D printing, CNC or approved tooling route

Resin behavior, appearance, quantity and tooling decision.Prototype molding route

Keep it visible

Prototype Inspection and Learning Plan

Prototype purpose

State the appearance, fit, assembly or functional question for this build.

Critical interfaces and test conditions

Identify the surfaces, interfaces and conditions that must be reviewed.

Material and finish assumptions

Make the assumptions visible so the result is interpreted in context.

Required measurement or functional check

Agree the measurement, test or review needed for this build.

Decision after review

Use the result to revise, repeat, start a pilot build or release the next route.

What stays in view

Make the next build more useful.

01

Purpose-led selection

Choose a route around what the prototype must demonstrate—appearance, fit, assembly, motion or functional evaluation.

02

Fast learning, not false certainty

Material and finish assumptions are made visible so a quick result is useful in the right way for the current stage.

03

A route forward

The prototype can inform a clear hand-off to CNC machining, sheet metal, injection molding or a repeatable low-volume order.

A family of precision-machined, resin and additive-manufactured prototype components on a product-development bench.

Typical applications

Built for the work between a screen and the next revision.

  • Concept and appearance models
  • Fit-check and assembly-trial parts
  • Functional prototypes and interface hardware
  • Jigs, fixtures and test aids
  • Small evaluation sets for engineering review

A single project can use more than one process when the team needs to evaluate different questions at the same time.

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Requirements at RFQ stage

What makes a prototype RFQ more useful.

From drawing to decision

Turn the prototype brief into a clear next step.

  1. 01

    Name the learning goal

    Explain whether the part is for visual review, fit, function, assembly or another engineering question.

  2. 02

    Share the current design

    Send the model and drawing where available, including interfaces and surfaces that matter.

  3. 03

    Review the proposed route

    We make the process, material, finish and delivery assumptions visible in the quotation.

  4. 04

    Use the result

    The part is delivered for the stated purpose and can inform the next revision or manufacturing route.

Your next project

What to Include in a Prototype RFQ

Share the current revision, material, quantity, delivery target and the requirements that matter for this build. We’ll review the information before responding.

READY TO QUOTE

  • Current 3D model and drawing revision
  • What the prototype needs to prove
  • Quantity and delivery date
  • Critical fit, function or cosmetic features
  • Material, finish and inspection needs
  • Delivery destination and next project stage
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