Strength Testing

Why Strength Testing Matters

Strength testing evaluates materials and designs under real-world conditions to ensure durability, performance, and reliability that users depend on.

Five step strength testing process: define design requirements, build a prototype, conduct laboratory and real world testing, review performance data, and refine the design.

Strength Testing with HP

Whitepaper from HP highlighting strength testing and validated performance of the Quatro Adjustable Socket.

Quorum’s shared whitepaper with HP highlights the testing and engineering evaluation behind advances 3D printed prosthetic solutions.

The whitepaper provides insight into material performance, product validation, and the role of testing in developing prosthetic technology for real-world use.

READ THE WHITEPAPER
Strength testing points explaining how Quorum evaluates 3D printed prosthetic products through materials, validation, engineering, and real-world performance.

HP Studies

  • Comparing Printed and Molded Prosthetic Sockets Under Static Axial Compression Testing

    Comparing Printed and Molded Prosthetic Sockets Under Static Axial Compression Testing

    How do printed prosthetic sockets compare to molded sockets in stiffness, yield load, and ultimate load during static axial compression testing?

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  • Evaluation of the Mechanical Performance of Polymer Parts Fabricated Using A Production Scale MJF Printing Process

    Evaluation of the Mechanical Performance of Polymer Parts Fabricated Using A Production Scale MJF Printing Process

    How does build orientation affect the tensile and flexural mechanical performance of PA12 parts fabricated using HP Multi Jet Fusion printing?

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