A leading manufacturer of medical devices on a global scale, Terumo also produces guide wires. On the other hand, nitinol is a kind of shape memory alloy that is frequently employed in the production of medical devices. Nitinol-based guide wires, such as those made available by Terumo, are frequently used in interventional procedures, including angiography and angioplasty. The exceptional shape memory capabilities of nitinol guide wires allow them to revert to their original shape even after being bent or handled during procedures.
Product details
Flex Length |
3cm |
Manufactured By |
Terumo |
Type |
Angiography |
Size/Dimension |
Medium |
Packaging Type |
Packet |
Diameter |
0.035 Inch |
Length |
260cm |
Usage/Application |
Hospital |
Brand |
Radifocus |
A: A medical device called a nitinol guide wire is frequently used in interventional procedures like cardiac catheterization, angioplasty, and stent implantation. It is constructed of the shape-memory and superelastic Nitinol alloy, which is composed of nickel and titanium.
A: Excellent flexibility, kink resistance, and torque control are just a few benefits of using nitinol guide wires. Compared to conventional guide wires, they can more easily penetrate tortuous anatomy and span tight lesions. After bending or deforming, the wire can regain its previous shape thanks to nitinol's shape memory and superelasticity.
A: A medical equipment manufacturer called Terumo makes a variety of guide wires, including Nitinol guide wires. Terumo guide wires are renowned for their superior design, dependability, and performance, although particular variations may exist between models. They are made to satisfy the strict specifications of interventional procedures.
A: A range of Nitinol guide wires with various lengths, diameters, and tip designs are available from Terumo. The individual model and intended purpose may affect the options that are offered. You may find comprehensive information on the available sizes and combinations on Terumo's product catalogue or website.
A: The procedure type, target anatomy, and physician choice all play a role in choosing the best guide wire. To ensure secure and efficient navigation, it is essential to take the wire's length, diameter, flexibility, and tip form into account. For appropriate selection, speaking with a medical expert with experience in interventional procedures is advised.