LifeSync products

The Gold Cup EEG Electrodes by LifeSync are noninvasive tools designed to ensure precise and accurate electroencephalogram (EEG) readings by detecting and recording electrical activity in the brain. These electrodes are reusable disc/cup types, available in two different cup sizes, ensuring flexibility and reliability across various testing scenarios related to epileptic condition diagnostics and other brain activity assessments. The design includes Kevlar® reinforced wires and a watertight construction, which significantly enhances the electrode's lifespan and durability. Features such as a short cup-to-cable connection minimize lift risk, while the low-profile disk promotes comfort for patients. The uniquely optimized connectors facilitate easy insertion and removal from headboxes, making these electrodes practical and efficient for clinical settings. Each set contains 12 electrodes and is optimized for both performance and patient comfort during extended use.

The innovative conical tip design of our UltraPoint™ Monopolar EMG needle electrodes result in extremely low penetration-resistance levels and minimal stress for the patient. Enhanced insertion efficiency and patient comfort are both achieved by its ergonomically designed handgrip, which allows for maximum control.

The Dragonfly Laryngeal Surface Electrodes are designed to facilitate precise neuromonitoring applications. They are utilized in various medical procedures to record electrical activity from laryngeal muscles, providing critical data during surgeries. Available in multiple channel configurations, these electrodes offer flexibility to suit diverse procedural requirements. The electrodes are designed by Neurovision, a brand known for innovation in the field of neurodiagnostic and monitoring technologies. The electrodes come in configurations of 0.5, 1, and 2 channels and are compatible with a wide range of electronic monitoring devices. Additionally, they are engineered for optimal surface contact and are equipped with interfaces that ensure accurate signal transmission. This makes them a reliable choice for medical professionals involved in complex procedural settings.