Search Results for: know your materials

• How a polyurethane’s molecular formula impacts product development

  What is polyurethane? For a given application, why does the polyurethane chemical formula matter? Here’s what engineers need to know.

• Uncover the unbelievable benefits of these 11 high-performance CNC machining plastics

  Here’s a comprehensive overview of the 11 most common plastics used in CNC machining, from mechanical properties to when to use them.

• CNC machining vs. die casting: The ultimate performance breakdown

  Dive into the similarities and key differences between two popular metal fabrication processes — CNC machining vs. die casting.

• 5 design tips for injection-molded parts with complex features

  Complex features can add value to parts but may increase production costs. Find out how to ensure your injection-molded parts are designed for manufacturability.

• Composites and the secret to lightweighting CNC machined parts

  Find out why composite materials are powering the next generation of lightweight but powerful CNC-machined parts.

• CNC machining vs. injection molding: Which method is right for plastic parts?

  Injection molding and CNC machining are both useful for manufacturing plastic parts, but how are product teams to know which is the better choice?

• Critical design and production guidelines for insert molding

  When hardware needs to be embedded in plastic, insert molding offers product teams a convenient method of production.

• Ensure injection molding designs are production-ready with this checklist

  Want to avoid design revisions and get your parts faster? Check to make sure your injection molding designs follow these guidelines before submitting them to be manufactured.

• Introducing automated design checks for parts manufacturing

  We’re thrilled to announce a major update to our online ordering system: automated design checks for parts manufacturing.

• Master the art of machining complex fixtures with these insider tips

  A complex fixture, or a workholding device for an especially large, heavy, or complex part, can be almost as difficult to machine as the part itself. Here’s when it makes sense to do so.