Ultra-Thin Multi-Lumen Liner

Thin-walled PTFE liner tubing designed as inner components for multi-layer catheter systems and delivery devices. Provides low-friction pathways for guidewires and fluid delivery while maintaining biocompatibility standards.

Extruded PTFE liner designed for catheter manufacturing, providing low-friction properties for improved device performance and patient comfort during insertion and use.

A next-generation catheter liner engineered as an alternative to film-cast PTFE, offering proven lubricity, enhanced bond strength, and expanded sterilization options without PFAS.

Over-the-wire PTFE liner with mandrel support for catheter integration, enabling precise tubing control and enhanced delivery capabilities in interventional procedures.

PTFE etching tube designed for catheter and minimally invasive medical device applications. Features precision-etched surface to enhance lubricity and device trackability in interventional procedures. Medical-grade material suitable for cardiovascular, neurovascular, and endoscopic systems.

Thin-wall PTFE liner tubing designed for catheter shaft construction. Engineered for low friction performance, guidewire compatibility and smooth inner lumen. Available in custom inner diameter, outer diameter and wall thickness for interventional catheter applications, with wall thickness down to 0.0127 mm.

PFX Flex™ Sub-Lite-Wall™ is a next-generation catheter liner engineered from fluoropolymer resins that delivers proven lubricity, enhanced bond strength, and expanded sterilization options without PFAS. This precision polymer extrusion solution is designed for minimally invasive applications across neuro, peripheral, cardio, structural heart, CRM/EP, and GI/Endo markets.

Ultra-thin wall PTFE liners with etched surface for lubricious inner layer in interventional delivery devices. Manufactured with robust processes ensuring high batch-to-batch consistency.

Precision thin-walled PTFE tubing designed for catheter systems, minimally invasive devices, and interventional medical applications. Manufactured to medical-grade specifications with customizable dimensions, diameters, and secondary processing including etching and flaring for complex catheter assemblies.

Tubing with polytetrafluoroethylene inner lining for medical applications requiring low-friction surfaces and chemical resistance. Suitable for fluid delivery systems and guidewire compatibility in minimally invasive devices.

EPTFE microporous tubes for medical applications including catheters, interventional devices, and minimally invasive procedures. Features thin-wall construction with precise dimensional tolerances and biocompatible fluoropolymer composition. Available in multi-lumen configurations with secondary processing options such as etching and custom sizing.

Precision PTFE and fluoropolymer tubing for miniaturized minimally invasive medical devices requiring reduced profile and enhanced flexibility. Biocompatible material suitable for various applications from diagnostic to interventional procedures.