Replacing Stainless Steel and Tungsten Braiding with LCP Monofilament

After magnetic resonance imaging (MRI) was invented in the 1970s, it has become an industry standard medical tool for diagnosis and treatment. However, processes requiring catheterization would still depend upon X–ray as a means to guide the catheter because of the MRI– incompatibility of the metal construction catheter. X–ray guided techniques thus exposed both patients and Doctors to ionizing radiation. Of late though, there has been a refocused effort towards excluding the radiation component from catheter processes.

Zeus’ MRI–compatible LCP monofilament fiber is the answer to this challenge. With excellent tensile strength, Zeus’ LCP monofilament is perfectly suited for catheter braiding reinforcement allowing catheter construction without the employment of metals such as stainless steel. This progressive monofilament also offers superior torque response, pushability and distal end deflectability of the catheter. This material is autoclavable and is Class VI approved.

Applications

Braiding monofilament for catheters

Replacement for nitinol, stainless steel and tungsten braiding

Capabilities and Sizing

Monofilament

Round: » 0.002" x 0.006" (0.051 x 0.152 mm)

Rectangle: » 0.001" x 0.003" (0.025 x 0.076 mm)

Custom monofilament shapes

Key Properties

Excellent torquability and distal end deflectability

MRI-compatibility

Autoclavable

Can be wound on Steeger and Wardwell bobbins and DIN 160 spools

Minimal fraying compared to other aramid fibers

Class VI approved

LCP Monofilament - Extruded Product

*Other sizing and profile options available, contact Zeus to find out more information.