
The mercurial 3D printing market changes just as fast as technological improvements are happening. If you’ve had your 3D printer longer than a couple of years, it’s possible it will More…

The mercurial 3D printing market changes just as fast as technological improvements are happening. If you’ve had your 3D printer longer than a couple of years, it’s possible it will More…

After you purchase your 3D printer, the budgeting doesn’t end. Planning ahead is key! Here are certain easy steps to take to save time, money, and material.

Some of the most essential training “tools” for your students will be intangible: exposure to new ideas, application of abstract concepts, and career readiness.

Considering a 3D printer purchase for your university? Learn about the differences between FDM and Polyjet before you buy!

What can we expect from a future with 3D printers? Learn more about how industries will be disrupted and innovated by the adoption of 3D printing.

3D printing isn’t a theoretical concept. It is a vital part of your future career path. The leaders of tomorrow are the 3D printing students of today!

Need a fun holiday activity for your students? Try these easy 3D printed Christmas ornaments designs!

Students training to use heavy machinery used to go straight from textbook to machine. With Simlog’s excavator simulator controls, they can get real-world experience.

When choosing a 3D printer, you should consider not only the quality and features of a printer but the needs of your students. Here’s how to find the right 3D printer.

For many students in STEM, 3D printing can be perceived as being limited to engineering purposes only. This couldn’t be further from the truth! The beauty of additive manufacturing is More…