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The ability to create prototype parts, especially in the design process allows you to have a physical representation of your initial idea, to look, feel and test before committing to mould tool production, or to find areas you want to improve on. Making sure that the finished article is even better than you imagined.

In addition to 3D printing, we also offer 3D CAD design services to help you take your ideas from concept to reality. Working with you to turn your sketches or ideas into fully realized 3D models, ready for 3D printing.

We offer a variety of materials for our 3D printed parts, including PLA, PETG, ABS and Nylon, so you can choose the best material for your application, with properties both similar and the same to materials used within injection moulding.

We offer fast turnaround times and competitive pricing, so you can get the parts you need, when you need them.

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You, as the customer, know what you want and we provide a personal design service to make sure you get it. We take your design and apply years of industry knowledge to ensure that you end up with the product you want, manufactured efficiently by MPL.

We have some great, long-standing, working relationships with material suppliers who supply quality thermoplastic polymers, as well as flame retardant and glass filled materials. So you will always get the material which is best suited to your needs.

Malton Plastics is committed to ensuring finished components exceed customer expectations. To learn more about which plastic is best suited to your specific requirements telephone us now on 01751 477720 or email at us sales@maltonplastics.com.

MPL tool makers use Computer Aided Design (CAD), which allows us to accurately demonstrate on screen how a component will look. Our tool makers can easily make changes, alterations or additions to these drawings should you require this. This electronic design can be emailed and viewed prior to production tooling being manufactured.

All drawings are archived for retrieval at any date. Computer Aided Manufacturing (CAM) takes the same specification and applies it to the machinery. This CAD-CAM approach ensures a perfect result, every time.