HIERARCHICAL SURFACE RESTRUCTURING™

An advanced surface technology for next generation neural interfacing applications.

• A tunable surface treatment to meet electrochemical performance requirements of all neural interfacing devices
• Ultra-high surface area electrodes using our patented laser restructuring technology
• Unprecedented improvement in electrochemical performance
• Applicable to cardiac rhythm management, electrophysiology, and neurostimulation devices
• Scalable and commercially viable

ULTRATHIN-HIERARCHICAL SURFACE RESTRUCTURING

Depth-Controlled Restructuring of Ultra-Thin (<25 µm) Neural Interfacing Electrodes for Peripheral and Central Nervous Systems.

Ultrathin-HSR™ increases electrochemically active surface area and enhancing key electrochemical metrics while preserving the structural integrity of ultrathin electrodes.

ANTIBACTERIAL METAL OXIDE COATINGS

Add anticrobial protection to implantable surfaces.

Pulse Technologies provides antibacterial metal oxide coatings—thin-film surface technologies such as zinc oxide (ZnO) and copper oxide (CuO)—that introduce antimicrobial functionality to implantable components.

IRIDIUM OXIDE COATINGS

High Charge Storage Capacity. High Capacitance. Low Impedance. Proven Durability.

A proven solution that doesn’t compromising stability or manufacturability in long-term implantable cardiac pacing and neurostimulation devices.