ON DEMAND WEBINAR
Can 3D Printed Composites Replace Metal Parts? CAE Simulation + Real-World Results
How can you validate that a 3D printed composite part will come out as strong as metal? 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. Join Markforged and MSC for a live simulation of 3D printed Composite part strength.
Join us for this ON DEMAND webinar to see:
- A 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
MSC is a global leader in computer-aided engineering (CAE) simulation software
Markforged is a metal and carbon fiber 3D printer company known for strength-based 3D printing
Register Here For CAE Simulation Webinar:
On-demand Webinar
Join 6000+ customers around the world
3D print strong parts
Open up CNC bandwidth for revenue-generating parts
Lean Machine now has 5x lower use of in-house CNCs for tooling and fixtures, using Markforged technology to create parts that can’t be achieved by other processes. The CNC operators now run the machines full time purely for production work instead, with fewer interruptions from Engineering
Josh Grasby, Automation Engineer
Lean Machine CNC
Minimize lead time from prototype to production part
With an in-house Markforged 3D printer, you are in greater control of when your parts are made, reducing the risk of unexpected supply chain delays.
Unlock design freedom and 3D print geometrically complex parts
3D print parts that were previously too complex or costly to machine. By adopting Markforged, Stanley Black & Decker consolidated a four-piece assembly into one 3D printed part that otherwise could not have been made without assembly.
Join the Digital Manufacturing Revolution
