Evo3D

Our dedicated workshop and team of 3D printing engineers ensure that we can deliver the full 3D print

Revolutionise your manufacturing processes by integrating Evo3D's end-to-end 3d Print manufacturing solutions into your workflow...

12/06/2026

Professional 3D printing starts with the right platform.

Trusted by engineers, manufacturers and innovators worldwide, Formlabs continues to set the benchmark for accuracy, reliability and material versatility.

For a limited time, save 5% across Formlabs with code: FORMLABS5

If you're considering a new Form 4 Series printer, now is the perfect time to invest in your workflow.

📅 Offer ends 30th June.

https://evo3d.co.uk/pages/formlabs

08/06/2026

We're excited to announce that the Modix MAMA-1000 is now available from Evo3D.

With a true 1 m³ build volume, dual pellet and filament technology, and throughput of up to 3 kg/hr, it's one of the most capable large format additive manufacturing systems on the market - and it's now available to order, with finance options available.

Whether you're producing industrial tooling, structural components, large-scale props, or exploring pellet extrusion for the first time, the MAMA-1000 is built for serious production.

👉 Shop now, request a sample, or talk to the team via the link below.
https://evo3d.co.uk/products/modix-mama-1000-pellet-3d-printer

28/05/2026

"Form 4L wasn't even a long-term payout - it paid for itself in two runs of parts." - Isaiah Tarwater, UbeCube

That says it all. UbeCube was spending up to $6,000 a batch on outsourced SLA prototypes - with lead times of up to a month. Now, with the Formlabs Form 4L in-house, they're printing large-format, functional prototypes overnight and using 3D printed jigs and fixtures to automate their brand-new US manufacturing facility in Missouri.

Faster iterations. Lower costs. Manufacturing on home soil.

Read the full case study here: https://evo3d.co.uk/blogs/formlabs-case-studies/how-3d-printing-prototypes-jigs-and-fixtures-enables-ubecube-to-bring-manufacturing-to-the-usa

27/05/2026

No chamber. No oxidation. No size limits. 🚀

LabAM24 are heading to Space Tech Expo USA - if you're in aerospace, go and find them.

Chamber-less. Oxidation-free. Unlimited build volume. Their Laser Wire DED and Morphing Shield Technology are purpose-built for the metals aerospace demands - Ti64, C103, and beyond - handling everything from thrust chambers and nozzles to large structural components.

📅 June 3-4, 2026
📍 Anaheim Convention Center Hall A, Anaheim, CA
🎯 Booth 226

Find out more about LabAM24 here: https://evo3d.co.uk/pages/labam24

12/05/2026

Peak Design has built its reputation on hardware so well considered you never have to think about it. Every cinch hook, tension lock and flat hook is entirely custom - and getting there means dozens of iterations per part.

With the Form 4, Senior Design Engineer Dane Jones and his team can run three to four full cycles in a single day. Print, test, refine, repeat - all in-house, with surface quality close enough to final production to actually validate the design.

The Form 4 is now the backbone of their entire R&D process. And it's easy to see why.

At Evo3D, we supply and support Formlabs across the UK - for product teams that build to a higher standard.

View the full case study here: https://evo3d.co.uk/blogs/formlabs-case-studies/rapid-prototyping-custom-hardware-at-peak-design-with-form-4

27/04/2026

Nexen Tire cut their wheel hub prototype cycle from 35 days to under 3.

The top-ten global tyre manufacturer was losing weeks to outsourced CNC machining every time their R&D team needed to validate a new design. With the CreatBot D600 Pro2 HS in-house, that changed overnight.

✅ 70% faster prototype turnaround
✅ 65% reduction in per-prototype cost
✅ 22-inch hub printed in one piece in just 58 hours
✅ 5–6 design iterations now possible within a single project cycle

Printed in PA-CF (carbon fibre nylon), the prototypes passed vehicle fitting, aerodynamic analysis, and static load tests, no compromises.

If your R&D team is waiting weeks for prototypes, there's a better way.

View the full case study - https://evo3d.co.uk/blogs/creatbot/nexen-tire-hub-the-prototype-development-cycle-for-high-performance-hubs-has-been-shortened-by-70

21/04/2026

What if you could design a part in the morning and have it bolted to a record-breaking car by the afternoon?

That's exactly what Justin Taylor at Data Driven Performance did with CreatBot's D600 series printer.

Using UltraPA-CF, a carbon fibre-reinforced nylon built for extreme heat, vibration and fuel exposure, his team printed intake pipes directly onto race-ready Cadillac CTS-V builds. No moulds. No months of lead time.

The result? A world record for top speed over the half mile. And they're just getting started.

At Evo3D, we supply and support CreatBot across the UK, for teams that can't afford to wait.

View the full case study here - https://evo3d.co.uk/blogs/creatbot/speed-legend-3d-printing-helps-data-driven-performance-break-world-records

16/04/2026

In a collaboration between CreatBot Technology Limited and Henan College of Transportation industry-university cooperation, industrial 3D printing has been used to transform how intelligent inspection robot shells are designed and manufactured.

Here’s what this case study shows:
✔️ complex, lightweight and custom-designed robot shells made with industrial 3D printing
✔️ precise scanning and reverse engineering to ensure perfect fit and function
✔️ rapid production without costly moulds, cutting development time from weeks to days
✔️ high detail reproduction like heat-dissipation holes, mounting interfaces and reinforcement structures
✔️ a replicable model for smart manufacturing and industry-education collaboration

This project not only solves practical design problems but also provides a strong example of what 3D printing can do in high-end smart equipment applications.

Read the full case study here: https://evo3d.co.uk/blogs/creatbot/3d-printing-in-smart-inspection-vehicles

15/04/2026

The 3DeVOK MT 3D Scanner, featuring 34-line blue laser technology, captures detailed geometry of rosewood chairs with a resolution of up to 0.1 mm.

Dark wood surfaces can be scanned without powder spray, allowing the scanner to record fine carvings and surface textures efficiently.

📐 The generated 3D models preserve the structural and decorative details of the furniture, making them suitable for digital documentation, restoration, or reproduction.

14/04/2026

This 3D-printed mold, designed by OpenBCI and printed with Formlabs SLA printers using Clear Resin, created a silicone part for a biosensing headset. OpenBCI offers accessible, high-quality headsets, boards, sensors, and electrodes for biosensing, neurofeedback, and brain–computer interface research.

Address

Unit 33 De Havilland Road, Dakota Way
Exeter
EX52FL

Telephone

+443339398184

Website

https://www.evo3d.co.uk/

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