Medical Multi-Layer Multi-Strand Traction Wire

Coils drive intravascular ultrasound (IVUS) and optical coherence tomography (OCT). These techniques depend on the probe's rotation and retraction within blood vessels for complete scans. Stability, repeatability, and precise torque transmission are crucial for image quality. As imaging technology advances, higher performance requirements are placed on coils, necessitating continuous development and improvement.

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Solution

The most typical application of coil is to drive intravascular ultrasound imaging (IVUS) and intravascular optical coherence tomography (OCT). Since imaging completely relies on the rotation and retraction of the imaging probe in the blood vessel to achieve a complete scan of the blood vessel, the stability of movement, repeatability, and precise transmission of driving torque directly affect the image quality. Especially now that the resolution, accuracy, and speed of intravascular imaging methods have been greatly improved, higher and higher requirements have been placed on the transmission and motion performance of coils. Therefore, as a key component of intravascular imaging, coils also need to be continuously developed and improved.

1. SUS304, SUS304V, SUS316, PTFE coated guidewires.

2. Four-strand, eight-strand, twelve-strand, eighteen-strand single-layer/double-layer guidewires.

3. Excellent torsion and maneuverability.

4. Strong bending ability, easy to pass through tortuous and restricted areas

Application areas:

Ssed for intravascular ultrasound or intravascular imaging, surgical robots, gastrointestinal ultrasound, pacemaker electrode wires, etc.