Brain Electrode Signal Guide Wire

Specialized electrodes for electroencephalography and neuromonitoring applications. Designed for reliable electrical contact with scalp for acquisition of brain electrical activity signals.

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

Ultra-fine neural recording and stimulation cable for brain-computer interface systems and neurosurgical 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.

Specialized cable for electroencephalogram (EEG) signal transmission in neurodiagnostic applications. Used to connect brain electrodes to EEG monitoring equipment for neurological assessment.

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

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.

Precision guide wire for catheterization and interventional medical procedures. The device provides controlled navigation through vascular and body cavities.

Precision guide wire used in interventional cardiology procedures to facilitate catheter placement and navigation through vascular systems. Available in various configurations for different clinical applications.

A precision guide wire used in medical procedures for catheterization and interventional applications. This product assists in the navigation and placement of medical devices.

Precision micro guide wire designed for minimally invasive cardiovascular and endovascular procedures. Enables accurate navigation through complex vessel anatomy with enhanced torque control and flexibility.

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.