Summary
Listen to the podcast here.
Our mission is to inform, inspire and engage engineering minds to be and do better. How we do that is by sharing in-depth original content that excites and educates, paired with our customizable platform, ProjectBoard for STEM communities to take action and showcase their achievements.
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...
What Is SLA 3D Printing? Stereolithography (SLA) is one of the oldest additive manufacturing processes around — and still the go-to when engineers need parts with tight tolerances and clean finishes. The...
To enable and accelerate the adoption of safe and compatible integrated AI-assisted generative design for additive manufacturing workflows, government agencies should focus on standards and certification, shared infrastructure, procurement practices, workforce...
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.
This guide explains how stereolithography (SLA) 3D printing works, from UV laser curing in a resin vat to post-processing and final part finishing.
Government agencies can accelerate safe, interoperable AI-assisted additive manufacturing by investing in standards, shared testbeds, procurement reform, workforce development, data governance, and public-private collaboration.
