There are moments in the development of a business that feel genuinely significant – not just commercially, but in terms of what you can now offer the people who trust you with their most demanding manufacturing challenges. Bringing the HP Industrial Filament (IF) 3D Printer 600 HT into production service at Midlands 3D is one of those moments, and I want to take a few minutes to explain why.
For those of us who’ve worked in industrial additive manufacturing for any length of time, high temperature polymer printing has always felt like a frontier. The materials themselves are exceptional, PEEK, PAEK, PEEK-CF and PEI to name just a few, offering mechanical strength, chemical resistance, and thermal performance that can genuinely rival metals in the right applications.
But the challenge has never been the materials, it has been access. Printing these polymers reliably, repeatably, and to a quality with the level of traceability required for regulated industries has, until very recently, demanded eye watering costs. For many manufacturers, that meant a capital investment that simply could not be justified, or relying on service providers where part costs were too high to scale.
That changes now, and I’m incredibly proud that we’re the first in the UK to change it using the new HP solution.
Changing the Economics of Industrial Printing
Midlands 3D is the first UK provider to bring the HP IF 3D Printer 600 HT into active production service and I want to explain what , in my opinion, makes this machine genuinely different. Because it’s not just a cheaper, faster or hotter version of the FFF or FDM (more on that nuance in a later blog post) printers most engineers have encountered.
The first thing that struck me when we were evaluating this system was how seriously HP had thought about the problem of process control. The enclosed chamber is actively heated to 195°C throughout the build. That might sound like a detail, but it’s actually fundamental. High-performance polymers like PEEK are notoriously sensitive to thermal gradients during printing. Uncontrolled cooling causes warping, internal stress, and compromised mechanical performance. The HP system manages that environment continuously and intelligently, which is why we can print PEEK and PEEK-CF parts with the dimensional accuracy and mechanical consistency these applications demand.
The interchangeable module system is equally impressive. Three modules operating at three temperatures – 280°C, 360°C, and 500°C, cover the full spectrum of engineering thermoplastics from ABS and PC through to ULTEM™ PEEK-CF and VictrexAM™ 200, all on the same platform. For us as a service provider, that means we can offer our customers the right material for their application without asking them to compromise. That’s exactly the kind of flexibility an industrial 3D printing service should provide.
Value with Traceability
But if I’m honest, the element that excites me most – particularly for our customers in aerospace, medical, oil and gas, and defence, is the traceability built into this system. The HP Materials Management System tracks everything: NFC-tagged spools registered on arrival, automated drying and conditioning, real-time process monitoring throughout the build, integrated post-annealing for PEEK and PAEK parts, and a complete process report generated for every single job.
From the moment a spool enters our facility to the moment a finished part leaves it, every variable is logged and documented.
I cannot overstate how significant this is for the sectors we serve. We regularly work with manufacturers whose supply chains require documented evidence of process control, not as a box-ticking exercise, but because the parts genuinely matter. Until now, the only way to access this level of traceability in high-temperature polymer printing was to own the equipment yourself.
We’ve removed that barrier.
Enhanced capability up to 60% cheaper
Which brings me to the third part that I am genuinely excited about: price.
Being the first UK service provider on this platform has allowed us to build an entire production workflow around it from day one. We have not retrofitted it into an existing process or bolted it onto a general print operation. The workflow is optimised specifically for production efficiency, which means we can offer PEEK and advanced polymer printing at price points that would have been unimaginable even two years ago.
A key part of that shift comes from the economics of the platform itself. HP’s lower filament costs play a significant role in bringing down the overall cost per part, making high performance materials far more accessible in a production environment. Combined with this is the benefit of an open system, giving us the flexibility to use aftermarket filaments rather than being restricted to a single supplier.
The result is simple. Industrial grade performance does not have to mean industrial grade cost, and proving that feels like one of the most important things we can do for UK manufacturing right now.
Part of our Suite of Solutions for Industrial Printing
I’m also proud of how this sits alongside our existing capability serving our industrial customers. Our MJF lines — the first to run 24/7 with full automation — remain the benchmark for volume polymer production. Our FDM service, delivered from what is likely the largest FDM farm in the UK today, covers the broadest material range on the market for more general applications. And now, with the HP IF 600 HT in service, we have a genuinely comprehensive industrial 3D printing offer: the right technology and the right material for virtually any polymer application, from a single traceable prototype to a recurring batch manufacturing programme.
If you work in an industry where the part has to perform — where failure isn’t an option and traceability isn’t optional — I’d love to talk to you about what this means for your application. Visit us in Stone, bring your most challenging part, and let’s work out what’s now possible.
The frontier just got a lot more accessible.