ASTM F2063 Medical Grade Nitinol Guide Wire

Product Details:

Our ASTM F2063 medical grade nitinol guide wire is a high-quality product designed for various medical applications. It is composed of nickel and titanium, offering exceptional flexibility and shape memory properties. With a diameter ranging from 0.010" to 0.038", and lengths available up to 3000 mm, our guide wires are suitable for a wide range of medical procedures.

Specifications:

Shape Memory Nickel Titanium Guide Wire Nickel Titanium (also known as Nitinol or NiTi) is in the unique class of shape memory alloys. A thermoelastic martensitic phase transformation in the material is responsible for its extraordinary properties. Nitinol alloys are typically made of 55%-56% Nickel and 44%-45% Titanium. Small changes in composition can significantly impact the properties of the material.There are two primary categories of Nitinol. The first, known as "SuperElastic", is characterized by extraordinary recoverable strains and kink resistance, it is oftenis often used for orthodontics (braces, wires, etc) and eyeglasses. The second category, "Shape Memory" alloys, is valued for the Nitinol's capacity to recover a pre-set shape when heated above its ransformation temprature, due to this category, nitiniol are primarily useful for actuators, used in many different mechanical devices.

Application Areas:

The ones that follow are only some of the surgical operations that our alloy nitinol guide wire price can be utilized in:

1. Cardiovascular interventions
2. Peripheral vascular interventions
3. Neurovascular interventions
4. Gastrointestinal procedures
5. Urological procedures
6. Orthopedic surgeries

Features:

• Excellent flexibility and kink resistance
• Shape memory properties ensure precise navigation through tortuous anatomy
• Biocompatible material reduces risk of adverse reactions
• Smooth surface finish minimizes tissue trauma
• Available in a wide range of sizes to suit different procedural needs

Production Technology:

Our alloy nitinol guide wire price are meticulously crafted using advanced nitinol processing techniques, including:

• Laser Cutting: High-precision laser cutting ensures precise dimensional accuracy and intricate shaping of the guide wire.
• Electrochemical Machining: This process utilizes electrochemical reactions to remove material, creating complex geometries and smooth surfaces.
• Shape Setting: Sophisticated heat treatment and forming techniques are employed to set the desired shape and mechanical properties of the guide wire.

These advanced manufacturing processes allow for the precise control of dimensions and mechanical properties, resulting in consistent performance and reliability. Our guidewires are engineered to meet the demanding requirements of complex medical procedures, providing physicians with the confidence and precision they need.

Quality Control:

In order to ensure that our nitinol wire medic satisfy the highest performance as well as security requirements, we take care of stringent inspection and testing procedures throughout every step of the manufacturing process. Each and every batch goes through an exhaustive testing procedure that consists of:

• Dimensional accuracy: Check whether the guide wire complies with exact physical specifications with accuracy tools for measurement.
• Mechanical performance: To make sure the wire used for guidance has enough stability and adaptability and can be made use of safely in challenging operations, assess the wire's tensile strength, bending stiffness, and twisting rigidity.
• Surface smoothness: To lessen contact and injury to tissues, make sure the guide wire interface is smooth.
• Biocompatibility: To be absolutely sure the guide wire does not react adversely or become hazardous when it comes into contact with flesh from people, do rigorous biological compatibility testing.

We guarantee that our guidewires meet and exceed the needs of the industry by putting them through extensive testing processes, offering consumers and healthcare professionals dependable and safe medical supplies.

FAQs:

1. Are your guide wires compatible with MRI?

   • Yes, our guide wires are MRI-compatible.

2. What is the shelf life of your guide wires?
   • Our guide wires have a shelf life of five years from the date of manufacture when stored properly.

Final Details:

ASTM F2063 medical grade nitinol guide wires are skillfully produced and sent out by Baoji Hanz Metal Material Co., Ltd. With our own manufacturing facility, huge inventory, which includes full certifications, and quick delivery, we have committed ourselves to delivering our global clientele premium products and outstanding customer service. Please send an email to baojihanz-niti@hanztech.cn with any further orders or issues to be addressed.

To sum up, our medical-grade nitinol guide wires, which meet ASTM F2063 standards, deliver high levels of achievement, dependable service, and biocompatibility for an extensive array of medical business operations. For all of your knowledgeable guide wire needs, put your trust in Baoji Hanz Metal Material Co., Ltd.