Flexible Conductive Coating Technology

Flexible conductive coating technology for biomedical electrodes used in cardiac and neurological applications. Maintains electrical conductivity while providing biocompatibility and mechanical flexibility.

Conductive transfer process technology enabling stretchable printed electronics for wearable medical devices. Supports flexible, durable sensor and heating applications integrated directly into medical textiles and garments.

Patented stretchable printed electronics technology for wearable medical devices. Enables flexible, durable electronic functionality integrated into textile substrates for therapeutic and monitoring applications.

Functional components manufactured using advanced printed electronics technology for medical devices. Includes conductive traces, sensors, and integrated circuits on flexible or rigid substrates.

High-density flexible PCBs for miniaturized medical applications including implants, audiological devices, and interventional systems with advanced interconnect technology.

Contract manufacturing service specializing in conductive printing technology for medical device applications. Enables development of printed electronics for biosensing and diagnostic device integration.

Durable friction-reduction coating technology designed to improve device insertion, navigation, and overall performance in minimally invasive medical procedures and implantable applications.

Conductive coating for deep brain stimulation and spinal cord stimulation electrodes enabling safe current delivery. Provides biocompatible interface while maintaining electrical properties required for neuromodulation.

Specialized thin film material with applied coating technology for medical device and dressing applications. Serves as functional substrate for advanced wound care and medical device production.

Combined rigid-flex PCB technology integrating flexible and rigid sections for complex medical device interconnects in implants and diagnostic systems.

Flexible pressure sensing interface designed for integration into medical devices and equipment requiring precise tactile feedback and force measurement. The technology enables enhanced control and monitoring capabilities in therapeutic applications.

Adhesive electrodes designed for wearable health monitoring applications. These electrodes are manufactured using printed electronics technology and medical-grade processes to ensure comfort, performance, and compliance for ExG (electrocardiography, electromyography, electroencephalography) monitoring applications.