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 »
Whether you have the latest Formlabs Form 4 with Low Force Display (LFD) technology or a Form 3 series printer with Low Force Stereolithography (LFS), your freshly printed, green parts require a few post-processing steps to enhance their properties: Washing to remove excess resin on the surface of the parts
Formlabs Post-Processing Tips: From Print to Perfection Read More »
Injection moulding produces smooth builds rapidly at scale, characteristics that some 3D printers can’t match without additional equipment for vapour smoothing and sacrificing resolution (quality) for speed. But that’s about to change with the Formlabs Form 4. The Formlabs Form 4 has a Light Processing Unit (LPU) that delivers a
Formlabs Form 4: Achieving Injection Moulded Quality Read More »
Formlabs Low Force Display, The New Form 4 Print Engine The arrival of the new Formlabs Form 4 series has also introduced us to their brand new print engine, Masked Stereolithography (MSLA). This new technology not only rapidly increases print speeds, but also preserves and improves the quality of it’s
Formlabs Unveils Form 4 with Low Force Display Technology Read More »
The Formlabs Form 4 Release Day Is Here! The brand new Form 4 and Form 4B 3D Printers have arrived and our team are excited to share it with you. The new Form 4 Series offers up to x4 faster printing speeds, while vastly improving part quality. So what’s changed,
Form 4 and Form 4B: A Guide to Formlabs’ Newest 3D printers Read More »
Reducing 3D printing costs requires looking past the sticker prices for equipment and materials. Other factors add up, too. Manual labour for software prep and part finishing after builds, that’s money and hours. Excessive energy use ticks the electricity bill up, and failed print jobs mean wasted materials and time,
5 Tips That Will Reduce Your 3D Printing Cost Read More »
The world of movie prosthetics and special effects makeup has traditionally turned to techniques like sculpting, moulding, and casting to bring fantastical creatures and gruesome injuries to life. However, over the past decade, 3D printing has stormed the industry to become a dominant digital fabrication technique. 3D printing is used
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Selective laser sintering (SLS) 3D printing has rapidly emerged as a go-to solution for fabricating durable, industrial-quality parts. However, as adoption expands across industries, post-processing solutions have failed to advance simultaneously. Affordable options require extensive manual labour, and automated systems carry exorbitant price tags, often over £100,000. Formlabs are going all-out
Formlabs Fuse Blast: Reinventing SLS Post-Processing Read More »
Silicone has been the undisputed champion material for medical applications for more than fifty years. This inert, flexible and resilient polymer possesses unique properties that have made it a staple in everything from contact lenses to surgical implants. However, working with silicone has always proved notoriously tricky due to its
Silicone 3D Printing: How it could change the medical field Read More »
