Transforming Manufacturing: TriMech Group Unveils 3DPRINTUK £2m Expansion and Announces Major Price
Written by: Solid Solutions Marketing
Published: Jan 29, 2025
| View All Blogs
As a leading Solutions Partner for designers, engineers, and manufacturers, the TriMech Group is dedicated to providing technology and services that deliver customer success.
In line with this commitment, we are excited to announce a transformative £2 million strategic investment in the expansion of 3DPRINTUK, a key part of our Advanced Manufacturing division.
This expansion significantly enhances 3DPRINTUK’s HP Multi Jet Fusion (MJF) capacity, setting a new benchmark for scalable, local additive manufacturing (AM) in the UK.
The first phase will increase its MJF capacity by an impressive 60%, adding three state-of-the-art HP 5210 PRO systems to cement its position as the UK’s largest MJF service provider.
Up to 50% Price Reductions on MJF Manufacturing Costs with the UK’s Largest Capacity Expansion to Date
We’re thrilled to announce that this capacity increase for 3DPRINTUK enables an average reduction of 20% in MJF manufacturing costs. Certain geometries and order volumes will also see price drops of up to 50%.
EFFECTIVE IMMEDIATELY – 3DPRINTUK’s capacity increase will deliver all new and existing customers:
- Up to 50% price reduction on select geometries and order volumes.
- Average 20% lower manufacturing costs for MJF Nylon PA12 parts.
- Increased discounts for higher quantities, making large-scale AM more competitive.
- Expanded capacity to maintain fast lead times, even with increased demand.
- Unmatched repeatability and quality, with every part produced in-house — never outsourced.
This pricing shift allows customers to approach injection moulding as a strategic decision rather than a cost-driven necessity, bringing greater agility to the production process. With AM now more accessible and affordable, companies can innovate and iterate designs more freely, scaling up their production with greater ease.
Increase the agility of your production process with 3DPRINTUK and start saving today!
Learn More
The Largest MJF Capacity in the UK
This £2m investment by the TriMech Group allows 3DPRINTUK to conduct their most significant expansion to date to meet a growing demand for scalable, local AM solutions.
Highlights of the expansion include:
- A 60% capacity boost, increasing the MJF machine fleet from five to eight HP 5210 pro systems.
- The ability to maintain market-leading lead times, even with increased order volumes.
- Strengthened capabilities to bridge the gap between additive manufacturing and traditional injection moulding.
The capacity expansion is designed to help businesses bridge the gap between additive manufacturing and injection moulding by delivering cost-effective, high-volume production with unmatched flexibility.
With this capacity boost, we’re enabling customers to scale their production within the AM ecosystem for longer. The expanded machine fleet allows us to offer lower prices, faster lead times, and greater flexibility, making AM a viable alternative to traditional manufacturing at higher volumes.
Maintaining Uncompromising Quality at Scale
In tandem with its capacity expansion, 3DPRINTUK has introduced the cutting-edge RAMP Calibration System, developed in-house to uphold quality across all powder bed fusion technologies.

Expansion often comes at the expense of quality, with rapidly growing manufacturers focusing on quantity over consistency. This can lead to variability in part quality and reduced repeatability. At 3DPRINTUK, we’ve tackled this challenge head-on to ensure that scaling up never means compromising on the quality our customers expect.
The RAMP Calibration System analyses thousands of data points across hundreds of hours to fine-tune each machine for maximum accuracy and repeatability. This innovative calibration process ensures layer-to-layer consistency, delivering the strongest, most reliable parts on the market.
Championing Local, Agile, and Sustainable Manufacturing
The TriMech Group and its partners consider our responsibilities to our environment and communities on both local and global scales to be central to our vision for supporting progressive and sustainable engineering practices.
By empowering 3DPRINTUK to shift towards decentralised manufacturing, the Group is reducing reliance on overseas production and mitigating risks like customs delays and shipping disruptions, as we pursue a more sustainable future.
These changes could also see the benefit passed on to 3DPRINTUK customers, including:
- Faster lead times
- Lower shipping costs.
- Reductions to upstream Scope 3 carbon emission.
- Greater flexibility to adapt to demand shifts.
Looking Ahead: Phase Two of the Expansion
Phase two of the expansion, set to be revealed in early 2025, will introduce further enhancements to meet the evolving needs of businesses across industries.
Increasing MJF capacity by 60%, 3DPRINTUK now boasts the largest MJF manufacturing facility in the UK – taking a leadership position in production-ready additive manufacturing. This is a major step towards making AM a mainstream solution for mass production – further closing the gap between injection moulding and production-ready additive manufacturing.
Categorised as: Manufacturing | News
Ready to Prototype? Get Expert 3D Printing Services from 3DPRINTUK
Discover how easy it is to get high-quality results and make savings on injection moulded parts at the same time. Head to 3DPRINTUK’s website to learn more about the savings and discuss your specific requirements with our team of AM experts.

Related Posts
How to come up with ideas for your design or engineering project – some helpful tips
We know coming up with an interesting and creative design or engineering project can be…
Design considerations when 3D printing
3D printing is a colloquial term used to generalise a family of additive manufacturing processes. At the consumer level the most common 3D printing process is Fused Deposition Modelling (FDM) – a technique whereby thermoplastics are extruded through a nozzle, and a part is built up layer by layer. FDM is very popular with hobbyists due to the relatively low cost of the printer, alongside the wide range of properties and appearances thermoplastics present. The conveniency to turn a custom CAD model into a product in a short space of time is a superb way to make life easier.
Why should I be nesting parts?
Firstly we should define what is nesting? Nesting is like putting the pieces of a jigsaw together, it is the process of creating an optimal layout of your flat parts so that you get the most out of your material. Typically this process would be used in the sheet metal, fabric, plastic and wood/joinery markets. Nesting can also be used to align parts with a specific grain such as brushed metal products, patterned materials or wood grain.
Christmas Opening Hours 2024
Wishing you a Merry Christmas and a Happy New Year from all of us at Solid Solutions! Over the Christmas break we will be answering emails requesting support during limited opening hours.
Press Release: TriMech and Solid Solutions Unite
TriMech has acquired Solid Solutions Group, bringing together hundreds of technical specialists from across four countries, and expanding support for design engineers and manufacturers in North America, the UK, and Ireland.
Top 4 Benefits of Composite Materials for Lightweight Engineering
One method design and engineering teams have employed to combat high costs and high carbon emissions is the use of composite materials in the development of parts.
SWOOD Licensing Explained
Learn the differences between SWOOD licensing. Understand how online licences connect to Eficad’s server for flexibility, while network licences allow shared access across multiple users. Discover which option suits your workflow.
How to Install and Use SWOOD Editor
Customisable SWOOD reports provide a comprehensive set of documentation for production including cutting lists, hardware lists, labels, and material summaries.
Solid Solutions Signs Catalyst Platinum Partnership
The partnership will be pivotal in providing 3D Computer Aided Design (CAD) training to members of all backgrounds in the Catalyst ecosystem, from students and younger people up to experienced entrepreneurs.