Regular maintenance ensures your Form 4 3D Printer continues printing at its best regardless of how frequently you use it or which materials you print with. The Form 4 3D Printer builds parts up to four times faster than previous models, taking around two hours for most jobs — but
Form 4 3D Printer Maintenance: Best Practices Read More »
The seamless integration of Formlabs Form 4’s post-processing solutions transforms resin 3D printing from a complex, time-consuming process into an efficient, automated workflow. Combining Form Wash and Form Cure with your Form 4 printer can achieve consistently superior results while minimising hands-on time. Related shopping: Formlabs Form 4 Complete Package
Formlabs Form 4 Post Processing: Elevate Your Productivity Read More »
High Temp Resin is an advanced engineering material designed by Formlabs for 3D printing applications that require exceptional heat resistance. This specialised resin stands out in the Formlabs material lineup because it is remarkable at maintaining structural integrity under high temperatures. Unlike standard resins, High Temp Resin offers the highest
Formlabs Resin Breakdown: Using Formlabs High Temperature Resin Read More »
The Formlabs Form 4 is the successor to the Form 3+, ushering in a completely new approach for resin-based desktop 3D printing. While the Formlabs Form 3+ was an iterative improvement over the Formlabs Form 3 with laser-based LFS (Low Force Stereolithography) technology, the new Form 4 uses Masked Stereolithography
The Form 4 Printer Upgrade: Formlabs Discontinue Form 3+ 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 »
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
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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 »
MAG Orthotics Limited in Sheffield, UK, offers bespoke products and repairs to the orthotic and podiatry markets. The company is working to move into the digital future, recently adopting 3D printing to save resources, time, and materials. But transitioning to digital workflows involves not just the manufacturing process, but the choices
How MAG Orthotics have Adopted 3D Printing to Save Time and Resources Read More »
