Implantable Pacemaker Electrodes

Leads for permanent and temporary pacemaker systems. Designed to reliably deliver electrical impulses to cardiac tissue.

Specialized platinum electrodes for implantable cardioverter defibrillator systems. Designed for efficient energy delivery and signal sensing in cardiac arrhythmia management.

High-precision defibrillation electrodes manufactured for external defibrillator systems. Designed with validated electrical characteristics for consistent and effective cardiac rhythm management.

Implantable paddle and strip electrodes for neural recording and stimulation purposes. These electrodes are incorporated into active implant systems for approved medical devices and clinical feasibility studies.

Durable electrocardiogram electrodes for repeated use across multiple patients after sterilization. These electrodes maintain consistent impedance and signal quality through multiple application cycles.

Epimyocardial electrodes designed for cardiac stimulation, available in adult and pediatric versions. These electrodes are used with external pacemakers for direct myocardial pacing.

Reusable cardiac electrodes for electrocardiogram signal acquisition and cardiac monitoring applications. These electrodes are components of the cardiac human-machine interface system.

Reusable adhesive electrodes designed for repositioning during extended monitoring applications. Reduce patient skin irritation while maintaining consistent signal quality in cardiac monitoring.

Disposable electrocardiogram electrodes for cardiac rhythm monitoring. Designed for secure skin contact and reliable signal transmission.

Electrodes specifically engineered for out-of-hospital cardiac defibrillation systems and portable AED devices. Validated for emergency medical use and rapid deployment scenarios.

Platinum and platinum-iridium ring electrodes for cardiac ablation catheters and electrophysiology devices, engineered for superior electrical conductivity and biocompatibility.

Electrodes designed for electrical stimulation applications in medical devices. Manufactured with printed electronics and advanced material engineering to provide reliable performance in therapeutic and diagnostic stimulation applications.