The Bambu Lab 3D printing ecosystem is one of the best in the world. You get a range of FFF printers (A1, P1, and X1 series) catering to various needs and skill levels, the AMS for multi-material printing, Bambu Studio software for slicing and print management, and the Bambu Handy
Bambu Lab Printer Comparison: Find The Right Desktop Printer 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 »
It’s impossible to miss Bambu Lab when shopping for an entry-level desktop 3D printer, thanks to its accessible pricing for printers with premium features. But it’s the Bambu Lab ecosystem that really sets these machines apart, leapfrogging other keenly priced brands with a premium hardware and software experience. All Bambu
Bambu Lab Desktop Printers: The Best Entry-Level 3D Printers Read More »
Building metal components and models with a 3D printer is possible with two different technologies from Markforged. The first route into metal 3D printing is a variation of metal FFF called Bound Powder Extrusion (BPE) with the Metal X, which deposits plastic-bound metal filament in layers through a heated nozzle.
Fast Metal 3D Printing: Cut Costs And Time With Markforged 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 »
The Bambu Lab Automatic Material System is an airtight multi-material 3D printing solution with four spool holders with active filament control, a hub for merging filament paths, and a buffer for maintaining ideal filament tension. It simplifies the print process, keeps your setup tidy, and allows for up to 16
Bambu Lab AMS: A Step-by-Step Guide to Setting Up and Using AMS Read More »
How you store 3D printing polymaker filament can significantly impact 3D printing projects because filaments absorb moisture from the air. Filaments affected by moisture are prone to stringing, clogging, and rough surfaces, and those risks increase with faster print speeds. You can keep your filaments in an airtight container or
Polymaker Filament and PolyDryer: Improving 3D Print Quality Read More »
A 3D printer like the Markforged Mark Two, capable of printing nylon and Onyx parts reinforced with composites such as carbon fibre, fibreglass, or Kevlar, is a financially sensible investment for many commercial and industrial applications. The Markforged Mark Two allows for quick iteration and testing of prototypes using strong,
3D Printer Price vs Long Term Cost Reductions With Markforged 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 »
Support structures are indispensable when 3D printing intricate models with overhangs, bridges, and complex geometries. However, the post-processing hassles of removing these supports can quickly drain your motivation. Luckily Bambu Lab has the perfect solution: PVA water-soluble support material combined with its innovative Automatic Material System (AMS). A quick rundown:
Bambu Lab PVA With AMS: Support Material Removal, But Easier Read More »
