SP5676 Platinum Iridium Springs

Platinum-Iridium Springs Description:

Platinum-Iridium Springs of medical quality are meticulously manufactured from a highly developed alloy mix of Platinum and Iridium, renowned for their exceptional biocompatibility, unparalleled corrosion resistance, and remarkable mechanical durability. These springs serve as essential components in implantable medical devices and surgical instruments, where their reliability and long-term performance are critical for the success of medical procedures and patient outcomes, thereby maintaining the highest standards in healthcare and patient care.

Specifications for Platinum-Iridium Springs:

Applications of Platinum-Iridium Springs:

1. Implantable medical devices: These springs are critical components in various implantable medical devices such as pacemakers, defibrillators, neurostimulators, and drug delivery systems, where their reliability, biocompatibility, and corrosion resistance are essential for long-term functionality within the human body.

2. Surgical instruments: They are used in surgical instruments such as forceps, retractors, scissors, and needle holders, providing precise mechanical support and functionality during surgical procedures while ensuring compatibility with sterilisation procedures.

3. Diagnostic equipment: Platinum-Iridium Springs of medical quality are also found in diagnostic devices such as imaging devices, endoscopes, and biopsy instruments, where their durability and corrosion resistance are fundamental for maintaining accuracy and reliability in diagnostic procedures.

4. Research and development: In research laboratories and medical device development facilities, these springs are used in experimental setups and prototype devices to examine biomechanics, conduct tests, and develop new medical technologies.

Packaging of Platinum-Iridium Springs:

Our Platinum-Iridium Springs are carefully handled during storage and transportation to preserve the quality of our product in its original condition.

Platinum-Iridium Springs FAQ:

Q1: How corrosion resistant are medical Platinum-Iridium Springs? Are they resistant to common disinfectants?

A1: Medical Platinum-Iridium Springs typically exhibit excellent corrosion resistance to common disinfectants such as ether, alcohol, chlorine solutions, and hydrogen peroxide. This corrosion resistance makes medical Platinum-Iridium Springs safe for use in medical environments such as operating theatres and laboratories.

Q2: What sizes and dimensions are available when purchasing medical Platinum-Iridium Springs?

A2: When purchasing medical precision springs made from Platinum-Iridium, customers are usually asked to specify the following: diameter, length, wire diameter, outer diameter, etc. Providing these specification and size options allows suppliers of medical precision springs made from Platinum-Iridium to meet the requirements of a variety of customers and ensure that they can select products best suited for their applications.

Q3: How do these medical Platinum-Iridium Springs compare to other similar products?

1. Excellent corrosion resistance: Medical Platinum-Iridium Springs have outstanding corrosion resistance against common disinfectants and other corrosive substances, making them stable for long-term use in medical environments.

2. High biocompatibility: These springs exhibit good biocompatibility and high compatibility with human tissue, making them suitable for implantable medical devices without causing rejection.

3. Excellent electrical conductivity: Medical Platinum-Iridium Springs offer excellent electrical conductivity and provide reliable electrical connections, ensuring stable performance and accuracy of medical devices.

4. Wear resistance and durability: These springs are highly wear-resistant and durable, capable of enduring long-term use and repeated bending without damage.

5. Tailored custom services: Stanford Advanced Materials provides custom services for medical Platinum-Iridium Springs to meet specific needs and application requirements, such as particular sizes, shapes, and materials.