Catheter Guidewire

Catheters and other interventional devices are selectively guided and inserted into the neurovascular system.input:
output:Design of the guide wire tip

While the tip-end flexibility is guaranteed by the classical core-to-tip design, tactile feedback can be achieved to ensure that the guide wire has exceptional maneuverability.input:
output:A mandrel that is designed with multiple sections

The
ensures the flexibility and traceability of the distal end, while also considering good torsion control and support.The guide wire can pass through lesions or tortuous blood vessels in a safe and smooth manner.input:
output:Two distinct sheath structures

1. The guide wire’s tactile feedback is enhanced by the distal coil sheath and polymer sheath design, which can satisfy clinical requirements.

2. The distal end’s all-polymer sheath design facilitates the smoother passage of the headend through tortuous passages.and lesions that exhibit high resistance.input:
output:Design with separable points

320 cm of guide wire is comprised of a 200 cm guide wire.and an extended guide wire.input:
output:Headend that is non-invasive

The guide wire can be prevented from causing damage to the vascular structure by making contact with the vascular wall.input:
output:Operational visibility

The guide wire headend’s visibility can be improved by the 3cm visible coil.input:
output:Designs for dierential coatings

The resistance against the guide wire can be reduced by the distal hydrophilicity.The friction between the devices can be reduced by the proximal hydrophobicity in the vessel.input:
output:Torque Response

Excellent torque control, torque control ratio (1:1),synchronous operation and precise torque control feedback.