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Stanford Advanced Materials
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  • Stainless Steel Products
  • SS10738 Sheath Spring for Ureteral

    • SS10738 Sheath Spring for Ureteral

    Catalogue Number SS10738
    Dimensions Customized
    Material Stainless Steel 316LVM, Nitinol, etc.
    Form Spring

    Sheath Spring for Ureteral is a spring developed for urological devices using stainless steel alloys such as 316LVM alongside Nitinol. Stanford Advanced Materials (SAM) applies advanced metallurgical techniques including laser cutting and computerised stress analysis to control dimensional tolerances and mechanical performance. The production process features automated inspection protocols to track consistency, ensuring the spring meets stringent engineering standards for medical applications.

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    FAQ

    How do the material variations (316LVM versus Nitinol) affect the spring's mechanical performance?

    The material selection allows for tailored mechanical properties. While 316LVM offers high corrosion resistance and strength, Nitinol contributes shape-memory behaviour. Their combination helps achieve specific fatigue resistance and flexibility needed in urological applications.

    What sterilisation processes can the spring withstand without compromising its properties?

    The spring is designed to endure standard sterilisation methods such as autoclaving and chemical sterilisation. Its material composition reduces degradation under high temperatures and moist conditions, maintaining structural integrity throughout repeated sterilisation cycles.

    Can the spring be customised to meet precise dimensional tolerances for various device configurations?

    Yes, the spring is available in customised dimensions with tight tolerances. Automated laser cutting and computerised measurements during production ensure dimensional accuracy. For detailed specifications, contact us for further technical consultation.

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