NMES Electrodes

Needle electrodes designed for electromyography and nerve conduction studies to assess neuromuscular function and peripheral nerve disorders.

Electromyography needles and electrodes for neuromuscular diagnostics and nerve conduction studies. Enables assessment of muscle and nerve function in clinical neurology.

Fine needles for invasive electromyography testing, designed for single muscle fiber assessment. Manufactured to precise specifications for clinical reliability.

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.

Stretchable electrodes printed directly on fabric for electromyography measurements, enabling muscle activity monitoring in clinical and research applications.

Reusable electrodes for electroencephalogram and electromyogram signal acquisition as part of the EEG-EMG human-machine interface system for neurological and neuromuscular monitoring.

Reusable electrode pads for transcutaneous electrical nerve stimulation therapy. Manufactured with conductive gel for effective pain management.

Reusable electrodes for electrostimulation therapy with conductive silicone or synthetic suede backing. Available in multiple configurations including band and adhesive-backed versions.

Neutral electrodes for electrosurgical and stimulation applications. These are part of the Skintact® product line for medical electrode systems and accessories. They are manufactured using the company's proprietary hydrogel technology and production expertise.

Medical electrodes are used in conjunction with electrotherapy devices for therapeutic applications. They are widely utilized in physical therapy, rehabilitation, neurology, orthopedics, and homecare for delivering electrical stimulation therapy.

Monopolar needle electrodes used for recording electrical activity from muscle and neural tissues in EMG, EEG, and intraoperative monitoring applications. These electrodes provide single-channel recordings for neurophysiological diagnostic and surgical procedures.

Electrodes for brain electrical activity and muscle electrical activity monitoring. These electrodes are part of the company's EEG-EMG human-machine interface solutions for neurological and neuromuscular applications.