Summary
We manufacture all of our printers and filaments in our 68,000 ft² manufacturing facility (located in Grand Rapids, Michigan) using state-of-the-art equipment and processes. Our goal continues to be to make the most innovative filaments on the market – targeting difficult end-use applications where functionality is king.
Static electricity can quietly destroy sensitive electronics, which is why ESD-safe 3D printing materials play a critical role in modern manufacturing. Understanding how these materials function helps explain their growing importance across industries...
Listen to the podcast here.
Most engineers start with PLA because it's cost-effective, forgiving, and prints like a dream on a $200 Ender. That's fine, until your prototype warps inside a car on a summer day, or your jig cracks under load, or your outdoor housing turns brittle after six months...
ESD-safe 3D printing materials incorporate conductive additives to dissipate static electricity, protecting sensitive electronic components during manufacturing and handling.
Project DIAMOnD CEO Pavan Muzumdar explains that 3D printing is stuck in a prototyping loop due to systemic industry incentives, and urges engineers to adopt a “3D-first” design mindset.
3DXTech explains that PLA and PETG are suitable for early-stage fit and design verification, but parts exposed to heat, load, UV, chemicals, or demanding industrial conditions require engineering-grade materials such as ASA, nylon, polycarbonate, carbon-fiber composites, or high-temperature polymers like PEEK and Ultem.
