SP5674 Gold Plated Springs

Gold Plated Springs Description:

Medical precision Gold Plated Springs are components specifically designed for medical devices and equipment, featuring a surface layer of gold plating to provide excellent conductivity and corrosion resistance. These springs are commonly used in applications requiring precise control and reliability, such as implantable medical devices, surgical instruments, and diagnostic equipment. Their superior electrical performance and durability make them crucial components in the medical field, ensuring the reliability and stability of equipment.

Gold Plated Springs Specifications:

Gold Plated Springs Applications:

Medical precision gold-plated springs have a wide range of applications in areas such as visualization (neurological guidewire type). These applications often involve neurological procedures and interventions that require precise placement and positioning of guidewires or catheters inside the body.

1. Guiding and Positioning of Nerve Wires: Precision gold-plated springs are used as guiding and positioning devices for nerve wires in neurological procedures. These guidewires are typically used to navigate to specific locations in the brain, spine, or other neural tissue for diagnostic, therapeutic, or surgical procedures. The conductive properties and flexibility of gold-plated springs allow them to accurately guide the guidewire and maintain a stable position during the procedure.

2. Interventional Catheter Support and Positioning: Precision gold-plated springs are used as catheter support and positioning devices during interventional procedures such as endovascular surgery or angiography. These catheters often require precise access to specific locations in the vascular system for vascular imaging, intervention, or sampling. Gold-plated springs provide sufficient elastic support to ensure that the catheter is accurately positioned and stabilized within the vessel.

Gold Plated Springs Packing:

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

Gold Plated Springs FAQ:

Q1: How corrosion-resistant are these springs? Can they resist common sanitizers?

A1: Medical precision gold-plated springs typically have excellent corrosion resistance to common disinfectants such as ether, alcohol, chlorine solutions, and hydrogen peroxide. This corrosion resistance makes them safe for use in medical environments such as operating rooms and laboratories.

Q2: What specifications and sizes are available when purchasing medical precision gold-plated springs?

A2: When purchasing medical precision gold-plated 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 gold-plated 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 precision gold-plated springs compare to other similar products?

1. Excellent electrical conductivity: Due to the high conductivity of the gold plating, medical precision gold-plated springs provide excellent electrical conductivity and ensure a reliable electrical connection.

2. Excellent Corrosion Resistance: The corrosion resistance of the metal and the protective effect of the gold plating make these springs resistant to common disinfectants and other corrosive substances, making them suitable for long-term use in medical environments.

3. Precise dimensional control: Medical precision gold-plated springs are precision machined to a highly consistent size and shape, ensuring stability and reliability in their application.

4. Highly Customizable: Manufacturers are often able to offer customization of medical precision gold-plated springs to meet customer-specific needs and application requirements, such as specific sizes, shapes, and materials.

5. Reliability and Stability: These springs undergo rigorous quality control and testing to ensure that they are highly reliable and stable, providing long-lasting performance in medical devices and instruments.

6. Professional Application Support: Stanford Advanced Materials provides professional technical support and customer service to help customers select the right products and offer solutions and consulting services.