Blog tagged as material selection in product design

How Does Vacuum Molded Plastic Help Designers Identify Production Risks Early?

January 30, 2026 07:14 AM - By Trustbridge Design and Manufacturing Team - Comment(s)
How Does Vacuum Molded Plastic Help Designers Identify Production Risks Early?
Learn how vacuum molded plastic helps designers validate geometry, materials, and manufacturability before moving from prototype to production.

How Does the Finite Element Method Help Mechanical Designers Make Better Design Decisions?

January 08, 2026 07:44 AM - By Trustbridge Design Team - Comment(s)
How Does the Finite Element Method Help Mechanical Designers Make Better Design Decisions?
Learn how the finite element method helps mechanical designers improve design decision making, material selection, and manufacturability from CAD to production.

Why Do Flexible Parts Fail in Production Even When They Look Perfect in CAD?

January 02, 2026 07:31 AM - By Trustbridge Design Team - Comment(s)
Why Do Flexible Parts Fail in Production Even When They Look Perfect in CAD?
Learn how industrial and product designers can use thermoplastic elastomer material to design flexible components that scale. A practical guide to material selection in product design, preparing CAD for manufacturing, and moving confidently from prototype to production.

What Must Designers Consider Before Releasing Aerospace Parts for CNC Machining?

January 02, 2026 07:22 AM - By Trustbridge Design Team - Comment(s)
What Must Designers Consider Before Releasing Aerospace Parts for CNC Machining?
Learn how aerospace CNC machining impacts design decisions, tolerances, ISO 2768 usage, material selection, inspection, and production readiness for precision manufacturing.

Why Do PTFE Parts Fail in Manufacturing Even When the CAD Looks Perfect?

December 18, 2025 07:12 AM - By Trustbridge Design Team - Comment(s)
Why Do PTFE Parts Fail in Manufacturing Even When the CAD Looks Perfect?
Learn how designers should use Teflon (PTFE) for precision parts. This guide explains PTFE machining challenges, design for manufacturing decisions, CAD preparation, and how to move smoothly from prototype to production.