A full hot-end replacement on your Bambu Lab X1 Carbon might be necessary if you’re dealing with stubborn clogs or persistent printing issues. Over time, the constant flow of abrasive filaments can wear down your nozzle, making a fresh assembly essential for optimal performance. You might also need to swap
Bambu X1 Carbon Hotend Assembly Replacement: Quick User Guide Read More »
The Bambu Lab A1 range offers the lowest cost of entry into the Bambu Lab ecosystem without sacrificing print speed or quality. You get a hugely capable FFF 3D printer for less than £300, ideal for printing PLA, PETG, TPU, and PVA. These materials cover thousands of applications, from model-making
The Bambu Lab A1 Range: Discover Desktop Printing With Improved Precision Read More »
Your 3D printer package probably came with everything you need to get up and running right out of the box, but upgrading your setup with a few 3D printer accessories can unlock better builds, faster prints, and more design flexibility. Join us below to discover some of the best 3D
5 Essential 3D Printer Accessories For Every 3D Setup Read More »
Manufacturing hollow plastic packaging and consumer products is faster and easier with moulds fabricated using Formlabs 3D printers. Unlike traditional blow moulding, which relies on expensive metal moulds and lengthy production times, rapid blow moulding uses 3D-printed moulds to create prototypes and low-volume production parts quickly and cost-effectively. The speed
Rapid Blow Moulding: With Formlabs 3D Printed Moulds Read More »
While you can rely on Bambu Studio’s preconfigured profiles for most of your prints, calibrating your Bambu Lab filament can improve your build-critical parts. If you need top-notch precision, this extra step will help you achieve the best possible results from your Bambu Lab printer by optimising flow rates, pressure,
Bambu Lab Filament: Your Quick Guide to Filament Calibration Read More »
Markforged printed parts can replace machined metal parts in packaging machinery, offering cutting-edge solutions for components. Advanced materials like Onyx and continuous fibre reinforcements—including carbon fibre, fibreglass, and Kevlar—allow for complex geometries and lightweight designs. Parts reinforced with composites can outperform traditional thermoplastics, including PEEK, for strength-to-weight ratio and durability.
Boost Packaging Machinery Performance with Markforged Parts Read More »
The strongest resin for the Formlabs Form 4 in 2024 is Rigid 10K Resin, a glass-filled, extremely stiff material with similar performance to glass and fibre-filled thermoplastics, designed to maintain structural integrity under any condition Rigid 10K Resin has an extremely impressive strength profile similar to PEEK in stiffness: 88
Formlabs Form 4: What is the strongest compatible resin? Read More »
The Formlabs Form 4 has a build volume of 20.0 x 12.5 x 21.0 cm (7.9 x 4.9 x 8.3 inches), translating to 5.25 litres of printable space – a 29.6% increase in printable volume compared to its predecessor, the Form 3. What does that mean for you? Simply, you
What is the Formlabs Form 4 Build Volume Read More »
3D Printing Architecture is transforming workflows with automated model building, rapid prototyping, complex builds, and collaboration channels that allow teams to share ideas and iterate designs within days. Among the most popular 3D printing technologies, stereolithography (SLA) is the preferred choice for architectural applications. SLA printers use a laser to
3D Printing Architecture: Efficient Prototyping and Iterative Design Read More »
Resin 3D printing empowers you to rapidly prototype, custom manufacture, and produce intricate concepts and products. Technologies like SLA and Formlabs’ proprietary innovations LFS and LFD go beyond FFF with finer details, smoother surfaces, tighter tolerances, and faster print speeds for like-for-like print resolution and when printing multiple copies in
Unlock the Potential of Resin Printing: 3D Printing Services Read More »
