Why You Should 3D Print Soft Jaws Instead of Machining Workholding Parts

Many manufacturing companies around the globe rely on Markforged 3D printed composite parts for tooling and fixturing, due to their high strength, high surface quality, and quick turnaround time. Join us for a live webinar as we highlight one of many tooling and fixtures applications where 3D printing can improve your manufacturing and assembly processes — soft jaws. Soft jaws are nearly universal in the CNC world and are required to fabricate all but the most rudimentary parts. Content Engineer Daniel Leong will give an introduction to 3D printed soft jaws and demonstrate how printed carbon fiber parts from Markforged can replace machined aluminum parts. Register for webcast recordingtoday to learn about use cases, implementation, and the unique advantages and benefits that Markforged parts can bring to your production line. REGISTER

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How In-House 3D Printing Reduces Costs 10X for a Crash Test Dummy Manufacturer

Humanetics designs and manufactures the most technologically advanced crash test dummies in the world. Find out why they chose a Markforged X7 composite 3D printer to fabricate Kevlar reinforced parts for their dummies and custom tooling. Join us for a conversation with Kris Sullenberger, Senior Design Engineer and 3D Print Manager from Humanetics, as he shares his 12 years of experience with 3D printing and how he’s cut time and cost by utilizing his Markforged X7 to print a wide variety of parts: • Fiber-reinforced end-use parts for Humanetics crash test dummies • Replacement of silicone thermoset molds for longer lifecycles and lower costs • Lightweighting of large ergonomic assembly fixtures Watch the on-demand webinar and hear how Humanetics is able to shave off thousands of dollars through the integration of 3D printing into their current design and manufacturing workflows. DOWNLOAD

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White Paper: Guide to Additive Manufacturing on the Production Line

Manufacturers have realized significant cost savings and productivity improvements from integrating high strength additive manufacturing (AM) technology into their maintenance, repair, and operations (MRO) processes. Read this white paper to identify the best applications for high strength AM on your production line. What you'll learn: • How 3D printing improves line changeovers, product breakage, and unplanned downtime scenarios. • The best factory applications for 3D printed parts, including machine set up, fixturing, and line optimization. • Which common equipment materials could be swapped with AM materials for improved performance. • Real-world use cases across multiple industries. DOWNLOAD

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