SS10735 Torque Coil for Medical (Stainless Steel)

Torque Coil for Medical (Stainless Steel) Description

Torque Coil for Medical (Stainless Steel) is engineered using advanced 304L and 316LVM alloys to achieve optimal corrosion resistance and mechanical integrity. With customised dimensions, the coil is designed to maintain stable torque delivery in surgical and diagnostic instruments. The precise alloy control and machining processes ensure the material retains essential properties under cyclic loading, thereby supporting reliable performance in demanding medical environments.

Torque Coil for Medical (Stainless Steel) Characteristics

The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Torque Coil for Medical (Stainless Steel) Applications

Healthcare
- Used as a torque spring in adjustable surgical instruments to achieve precise articulation by leveraging consistent material stiffness.
- Applied as a component in minimally invasive tools to facilitate controlled motion, ensuring patient safety through predictable mechanical performance.

Medical Devices
- Serves as an actuator element in diagnostic equipment to maintain stable rotational forces, enhancing device accuracy by employing superior alloy stability.
- Frequently used in customisable implantable systems to provide controlled mechanical response, benefiting from the coil's precise manufacturing tolerances.

Torque Coil for Medical (Stainless Steel) Packing

Torque Coil for Medical (Stainless Steel) is packaged in a polypropylene protective sleeve and sealed within a moulded foam insert inside a rigid container. The packaging provides physical protection against impacts and minimises particulate contamination. Products are stored under ambient, dry conditions and include customisation options for labelling and compartmentalisation to meet specific sterilisation and handling requirements.

Additional Information

Stainless steel has long been a critical material in medical device manufacturing due to its corrosion resistance and biocompatibility. Its microstructure, particularly in grades like 304L and 316LVM, makes it suitable for surgical and diagnostic instruments where precision and material longevity are paramount. Understanding the metallurgical properties and fabrication standards can lead to improved design and operational performance.

Research into stainless steel alloys continues to refine these materials for specialised applications. Advances in non-destructive testing and quality control further enhance the ability to meet stringent medical standards, ensuring that components such as torque coils maintain their required performance throughout their service life.