Nerve Regeneration Guide

Biocompatible textile tubes designed to guide peripheral nerve regeneration across defect gaps. These conduits provide a protective environment and directional guidance for axonal growth and functional recovery.

Nerve Guidance Conduit is a biocompatible tubular device designed to bridge peripheral nerve gaps and facilitate nerve regeneration. Indicated for peripheral nerve repair in general, orthopedic, and reconstructive surgery, this conduit provides a protective microenvironment to guide axonal growth across injury sites. The device combines advanced material technology with proven clinical efficacy for nerve repair applications.

Micro guidewire engineered for precise navigation through complex cerebral and spinal vasculature during neurovascular interventional procedures. Features biocompatible materials and radiopaque markers to ensure safe access and accurate visualization.

A guide wire designed for peripheral intervention procedures. It is used to navigate through blood vessels during interventional medical procedures.

Specialized nitinol guide wire with enhanced navigational properties for percutaneous and endourological procedures requiring precise pathway creation through anatomically challenging tracts.

Guide catheter for interventional procedures providing support and vessel access in neurovascular, cardiovascular, and peripheral vascular interventions.

Nitinol-based guide wires used in interventional cardiology and neurovascular procedures. These wires provide superior trackability and flexibility while maintaining adequate support for device delivery.

Precision-engineered guide wire for vascular and interventional procedures enabling safe navigation through complex anatomical pathways.

Precision micro guide wire designed for minimally invasive cardiovascular and interventional procedures. Provides reliable navigation through complex vascular pathways with enhanced torque control and flexibility.

Guidewires manufactured from nitinol material for vascular and interventional procedures. Engineered with complex geometries and tight tolerances to support navigation through challenging anatomical pathways.

Nitinol and platinum-core guide wire components for interventional procedures. Engineered for precise trackability, pushability, and torque response in complex anatomical navigation.

Guidewire used in percutaneous coronary intervention to navigate through coronary vessels and lesions, providing platform for device delivery and balloon advancement.