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• The benefits of heat treating metal

  Understanding the types of heat treatments and the benefits they offer will help you create parts with your desired properties.

• What you need to know about material compatibility for multi-material injection molding

  Learn more about multi-material injection molding, why material compatibility matters, and how to make sure you’re choosing the right plastics for your project.

• Know your materials: acrylonitrile styrene acrylate (ASA)

  Here’s everything you need to know about acrylonitrile styrene acrylate (ASA), from its benefits to its numerous applications.

• Comparing different types of polishing surface finishes

  Metal surface finishing is for more than just aesthetics, and selecting the right process is important for creating high-quality parts. Here’s what you need to know.

• Advanced Construction Robotics

  Advanced Construction Robotics (ACR) needed a reliable manufacturer for critical parts for their new rebar-tying robot, TyBot. With Fast Radius, they found a multi-process manufacturing partner to quickly scale their product and increase productivity and safety on job sites. THE CHALLENGE Building a scalable supply chain for a growing robotics startup ACR came to Fast […]

• Why does 3D printing layer height matter?

  Before beginning any printing project, you should know how 3D printing layer height can affect your component’s strength, resolution, print time, and cost.

• When to use 3D printing for injection mold tooling

  3D printing enables companies to quickly and cost-effectively fabricate accurate tools, but it isn’t suitable for every situation.

• How additive manufacturing transforms the sporting goods industry

  Additive manufacturing is changing the game for the sporting goods industry. Here’s what you need to know.

• 6 SLA design tips

  These six SLA design guidelines will help improve part strength while reducing cost and print cycle times.

• HP Multi Jet Fusion design guidelines

  Multi Jet Fusion enables the efficient production of end-use nylon parts using additive technologies. Here’s a checklist for design teams.