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Rapid Prototyping in Cambridge

We help product designers, engineers, and inventors in Cambridge turn concepts into physical prototypes quickly. From first-look models to functional test pieces, we produce accurate prints that let you assess form, fit, and function before committing to expensive tooling.

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5 from 3 Google reviews Est. 2024 Written quote before anything is printed A photo is enough to start We say so if printing will not work

Rapid prototyping is the process of turning a digital design into a physical object quickly so it can be tested, shown to stakeholders, or refined before full production. It is used by product designers, start-ups, university research teams, and engineering businesses who need to move from idea to tangible object without the cost and lead time of traditional manufacturing.

We work from your CAD files, or we can help you develop a printable file from sketches and technical briefs. Depending on what the prototype needs to demonstrate, we select the most appropriate approach for your requirements. Functional prototypes that need to withstand stress, heat, or repeated use are printed in PETG, an engineering-grade filament well suited to demanding applications. We can produce multiple iterations quickly so you can refine the design between rounds.

A professionally produced prototype helps you catch design errors early, which is far cheaper than discovering a flaw after tooling has been commissioned. Accurate dimensional tolerances also matter when the prototype will be used for fit checks alongside other components or assemblies.

Bring us your files or brief and we will advise on the best approach for your application. Most single-component prototypes can be produced within two to five working days. The cost of each iteration depends on size, complexity, and print time, making rapid prototyping significantly cheaper than traditional prototype machining for most plastic components.

What you get

  • A straight answer on whether it can be printed, before you pay for anything.
  • A written quote covering drawing up and printing.
  • Every part checked before it comes back to you.
  • Collection or posting, whichever suits you.
  • The file kept, so a spare or a repeat is quick.

Honest limits

When printing is the wrong answer

  • Parts that need machined accuracyVery tight tolerances are a machining job.
  • Structural or load-bearing partsIn vehicles or in buildings.
  • Food-contact, medical or safety-critical partsPrinted plastic is the wrong material for these.
  • Volumes in the thousandsAt that scale a mould tool works out cheaper.

Also available

Related services

3D Printed Parts and Replacements

We produce accurate replacement parts and hard-to-find components using FDM 3D printing in PETG in Cambridge.

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3D Printed Car Parts

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3D Printed Tooling, Jigs and Fixtures

We design and print custom tooling, jigs, and fixtures for workshops, production lines, and assembly operations in and around Cambridge.

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Questions

Rapid Prototyping - common questions

What should I budget for a 3D printed replacement part in Cambridge?
Most single replacement parts cost between 15 and 80 pounds, depending on size, the material required, and whether we need to create the design from scratch. Simpler items such as small brackets or fixings sit at the lower end, while larger or more complex components with tight tolerances cost more. We always confirm pricing before we start any work.
What am I likely to pay for a rapid prototype in Cambridge?
A single prototype component's cost depends on its size, the level of detail required, and the complexity of the geometry. Simpler parts cost less than highly complex ones. We quote per project after reviewing your files.
Is 3D printing an expensive way to replace a car part?
For one-off or small quantities it is usually the most cost-effective option available, particularly when the original part is discontinued or only available on long back-order at inflated prices. Most individual printed car parts cost between 20 and 120 pounds, which compares favourably with sourcing genuine old-stock parts through specialist dealers. The price depends on the size of the part and the material required.
How is 3D printed tooling priced compared with machined equivalents?
3D printed jigs and fixtures typically cost between 25 and 200 pounds per item, depending on size, complexity, and material. Machined aluminium or steel equivalents for even simple designs usually start at several hundred pounds. For low-volume or frequently revised tooling, printed versions offer a significant cost saving without sacrificing accuracy for most light-to-medium duty applications.
What should I budget for a custom 3D printed bracket in Cambridge?
Most single brackets vary in cost depending on size and complexity. If you need us to draw the design from scratch rather than printing from your own file, we charge for design time on top, which we quote upfront before starting.
Is 3D printing expensive for small production runs?
For small quantities - typically under a few hundred units - 3D printing is usually far cheaper than injection moulding because there are no tooling costs. Unit prices are higher than mass production, but you're not paying for a mould that costs thousands before a single part is made. It makes most sense when you need flexibility, speed, or low volumes.
What am I likely to pay to get a single file printed in Cambridge?
Price is driven mostly by material volume and print time, not design complexity. Send us your file and we'll give you an exact quote, usually within a few hours.
Can you make a replacement part if I only have the broken original and no drawings?
Yes. We can measure and reverse-engineer a broken part to create a new design file. Bring the original in or post it to us and we will assess whether it can be accurately reproduced. This works well for plastic components but may have limitations with very intricate metal originals.

Rapid Prototyping in Cambridge?

Call, or send the form with a photo or a file. We will tell you straight whether printing is the right answer.

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