Is it worth paying more for high-speed PLA than regular PLA, or is it more marketing than material science?
Iterate virtually and 3D print your part right the first time with software simulation tools that help you resolve part problems before you print.
Looking to make a career out of additive manufacturing? These university programs offer the training you need in 3D printing technology, materials, and design.
Shining 3D's new Ceramix-Nano is a dental crown-making appliance, rather than general-purpose 3D printer. Could this concept apply to other industries?
Built around a 5-watt laser engine, the Loopzizo K-100 enters a growing compact SLS market by prioritizing automation and open-source material compatibility.
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.
3D printed houses are a reality! Check out our selection of the most amazing 3D printed houses, buildings, and projects worldwide.
Frustrated trying to teach yourself 3D printing? For beginners and pros, these online 3D printing courses will pave the way to a stress-free experience.
Hundreds of thousands of 3D printed lighting fixtures are sold every year as easily customizable, locally manufactured, and sustainable alternatives to traditional manufacturing, plus they're beautiful.
A 3D printer in a classroom is a powerful tool for enhancing STEAM education. Here are the best 3D printers for schools, plus lesson plans and equipment grants.
Learn the science behind two-photon polymerization (TPP) and why it has the potential to usher in a new revolution in micro additive manufacturing.
Eric Utley, applications engineering manager at Protolabs, explains the engineering principles behind Gaudí's architecture and how they can help you design better support-free 3D prints.
How Cold Metal Fusion turns more brands of SLS machines into real metal production tools — without the six-figure price tag.
In many small fabrication shops, expanding capabilities often means adding more machines – fiber lasers for metal, CO2 lasers for wood, handheld cutters, welders, and rust-removal tools. This increases operational costs, disrupts workflows, and consumes valuable space.
With 500 °C nozzles, fully automated calibration, and a design focused on serviceability, this machine is made to produce high-performance parts – not just prototypes.
This new and novel low-cost quality assurance cube is a promising accuracy protocol for point-of-care 3D printing and beyond.
Need someone to design your part for 3D printing? There is a growing number of options and services at a wide range of prices.
Not satisfied with part strength of PLA? Consider ABS and our recommendations for ABS 3D printing services, including their prices.
Oil & Gas industry device company lowers tooling costs from $36 per part to $3 using Tullomer on a Bambu Lab X1E.
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.