Nitinol Guidewire
In less invasive procedures including endovascular surgery, angioplasty, and angiography, medical devices called nitinol guidewires are utilized. Radiopacity, superelasticity, shape memory, and biocompatibility are some of the advantages they have over traditional guidewires. Since nitinol is biocompatible, safe ingestion or implantation can occur without adverse consequences. It can take on its original shape again because of its superelastic characteristic. With a range of interventional therapy attachments, nitinol wires offer precise control and mobility during procedures.
Applications
Medical devices called nitinol guidewires are mostly utilized in less invasive treatments including endovascular surgery, angioplasty, and angiography.
With so many benefits over conventional guidewires, nitinol guidewires are an essential instrument for safely and precisely navigating the intricate vascular architecture and carrying out minimally invasive treatments. The raider wire’s exceptional blend of radiopacity, superelasticity, shape memory, and biocompatibility makes them ideal for a variety of therapeutic uses in endovascular and cardiovascular medicine.
Key features
- Since nitinol is biocompatible, it may be ingested or implanted into the body without usually causing negative side effects.
- Superelastic property of nitinol enables it to regain its original shape following deformation.
- During operations, these guidewires provide accurate control and mobility due to their exceptional flexibility and torque responsiveness.
- A variety of accessories and tools used in interventional treatments are compatible with nitinol wires.
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