ABS slurry, glue, and juice are invaluable tools for printing the notoriously-troublesome ABS. Learn what they are and how to make them!
Savings up to 35% on a wide variety of filament is a great deal, especially if tariffs on China kick back in again.
Is it worth paying more for high-speed PLA than regular PLA, or is it more marketing than material science?
From rugged carbon fiber composites to elastic silicone materials, we'll help you match the perfect high-performance material to your project's specific demands.
PLA is by far the most popular FDM 3D printing material. Get down to business with this quick rundown of its ideal print settings and applications.
Filament is fundamental to any FDM print job. Go beyond the standard filament holder and storage device with these 3D printer accessories!
Prusa keeps disrupting the 3D printing industry, and Prusament filament is no exception. Keep reading to find out all you need to know!
With a bit acetone, 3D prints get a smooth look. Read on to find out if acetone smoothing affects ABS' strength!
With a reported Z axis tensile strength of 60 MPa, the new graphene mesh outperforms 3DXTech by 2.5x and significantly surpasses industry-standard Stratasys Nylon 12CF.
By adjusting print temperature, you can customize firmness, rebound, and weight — no new hardware required.
A fantastic go-to material for 3D printing, is PLA recyclable? Help the environment (and possibly yourself) by learning all the details.
A favorite in the 3D printing world, MatterHackers' filament is worth checking out. Discover their extensive catalog!
The most popular 3D printing material, PLA, is said to biodegrade. Read on to learn how PLA is made, whether PLA is biodegradable, and more!
By reclaiming industrial waste into a high-performance rPA12 with 46 MPa tensile strength, this "loop-closing" filament aims to prove that sustainable manufacturing doesn't have to sacrifice engineering performance.
Possibly Prusa's most expensive and ambitious filament, this new polycarbonate is designed to meet the rigorous demands of orbit.
Gathering answers from dozens of filament manufacturers has given us a clear picture of what you're printing with in 2025. And the answer will probably not surprise you.
Looking for PEEK-like strength and stiffness but with better heat resistance in a more affordable polymer, this new glass-fiber reinforced PPS could do the trick.
UltiMaker talks with All3DP on why it selected this new metal filament for its material library and the benefits it offers.
How do you know if your parts should be printed in PLA or PETG? How does PPA compare to PEEK in strength? We uncover the trick to finding out.
Even plant-based PLA often marketed as "green" requires industrial composting facilities to truly decompose. This new material breaks down in ordinary landfills in under five years.