NeoMetrix Technologies, Inc & Markforged - Can 3D Printed Composites Replace Metal Parts?

ORLANDO, Fla. - May 12, 2020 - PRLog -- NeoMetrix Technologies, Inc is a proven provider of 3D printing & 3D scanning products and services. NeoMetrix is a proud reseller of Markforged; Markforged makes industry-leading industrial 3D printers for manufacturing and factory floors that print metal, carbon fiber, stainless steel, fiberglass, and more.

Join Markforged's team on Tuesday, May 19, 2020, and MSC; a global leader in computer-aided engineering (CAE) simulation software, for a live simulation of 3D, printed composite part strengths. Most companies are conducting physical testing on iterations of the 3D printed part. But to further reduce cost and time-to-market, leading companies are simulating part performance during the design step.

During this live webinar and Q&A, you'll learn:
- Live MSC demo to validate that a 3D printed Composite part can actually replace metal.
- Markforged's Onyx and continuous carbon fibers materials behavior and the toolpath data are taken into account to predict the parts' structural performance.
- The demo will use an industrial part provided by Danfoss Power Solutions (a global industry provider of hydraulic and electronic solutions) who is an adopter of the design step simulation workflow.

To register for this free webinar and for any questions please contact.
Carolina Rojas
carolina@neometrixtech.com
888-696-7226
https://3d.markforged.com/webinar-cae-composite-metal-com...

About NeoMetrix:
NeoMetrix Technologies, Inc. (www.3dscanningservices.net)  is a leading provider of solutions for rapid product development throughout the southeastern United States, focusing on 3D laser scanning, reverse engineering, and rapid prototyping.  NeoMetrix is also a top reseller for Markforged 3D Printers, Creaform 3D Scanners, BigRep 3D Printers, and Geomagic Software. NeoMetrix also offers engineering consulting and technical services that focus on assisting clients with improving product quality and reducing design cycles.