Stainless Steel Springs Description:
Medical Stainless-Steel Springs are precision-manufactured spring components, mainly composed of iron, chromium, nickel, and other alloying elements, and their chromium component gives them excellent corrosion resistance, enabling them to be used in a stable and long-term manner in humid and corrosive environments. With excellent biocompatibility, medical Stainless-Steel Springs can safely come into contact with human tissues without causing rejection reactions or allergies. In addition, its high strength and durability allow the spring to withstand long-term use and frequent bending without deformation or fatigue. In terms of processing and molding, stainless steel materials are easy to process and can be made into springs of various shapes and sizes through a variety of processes. Through strict quality control and testing, medical Stainless-Steel Springs ensure consistent performance and reliability and are widely used in medical devices and surgical tools, providing vital support to the medical industry.
Stainless Steel Springs Specifications:
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Materials
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Iron, Chromium, Nickel, etc.
US medical grade 304V stainless steel
Customized
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Wire Diameter Range
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≥0.04 mm
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Outer diameter range
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≥0.25 mm
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Length
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0.5 mm
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Size
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Customized
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Purity
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95-99.5%
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Winding Type
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Cylindrical
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Stainless Steel Springs Applications:
1. Implantable Medical Devices: Stainless steel medical springs are commonly used in a variety of implantable medical devices, such as pacemakers, artificial joints, and bone plates, to provide elastic support or connectivity to ensure stable operation of the device in the body.
2. Surgical Tools: These springs are also widely used in surgical tools such as scissors, pliers, blades knife handles, etc., to provide mechanical support or connectivity to ensure the precision and stability of surgical operations.
3. Medical Instruments and Devices: Medical Stainless-Steel Springs are also used in a variety of medical instruments and devices, such as syringes, infusion sets, medical imaging equipment, and surgical navigation systems, to control the movement of instruments or provide stable support.
4. Laboratory Research: In scientific research and laboratory applications, medical Stainless-Steel Springs are commonly used in a variety of test equipment and experimental devices, such as biomechanical research, drug release experiments, and cell culture devices.
Stainless Steel Springs Packing:
Our Stainless Steel Springs are carefully handled during storage and transportation to preserve the quality of our product in its original condition.
Stainless Steel Springs FAQ:
Q1: How corrosion-resistant are medical Stainless-Steel springs? Are they resistant to common disinfectants?
A1: Medical Stainless-Steel springs typically have excellent corrosion resistance to common disinfectants such as ether, alcohol, chlorine solutions, and hydrogen peroxide. This corrosion resistance makes medical platinum tungsten springs safe for use in medical environments such as operating rooms and laboratories.
Q2: What sizes and dimensions are available when purchasing medical Stainless-Steel springs?
A2: When purchasing medical precision Stainless Steel springs, customers are usually asked to provide the following specifications and sizes: Diameter, Length, Wire Diameter, Outside Diameter, etc. By offering these specification and size options, medical precision platinum tungsten springs vendors can meet the needs of a variety of customers, ensuring that they can select the product that best suits their application.
Q3: How do these medical Stainless-Steel springs compare to other similar products?
1. Excellent Corrosion Resistance: Medical Stainless-Steel springs have excellent corrosion resistance against common disinfectants and other corrosive substances, making them stable for long-term use in medical environments.
2. High Biocompatibility: These springs have good biocompatibility, high compatibility with human tissues, suitable for implantable medical devices without causing rejection.
3. Excellent electrical conductivity: Medical Stainless-Steel springs have excellent electrical conductivity, providing a reliable electrical connection that ensures stable performance and accuracy of medical devices.
4. Wear Resistance and Durability: These springs are highly resistant to wear and durability and can withstand long-term use and repetitive bending without damage.
5. Specialized Customization Services: Stanford Advanced Materials offers customization services for medical Stainless-Steel springs to meet customer-specific needs and application requirements, such as specific sizes, shapes, and materials.
