Electrolyte Solution Holder

Mechanical clips and holders for positioning diagnostic electrodes during testing procedures. Designed for stability and reusability in clinical settings.

Sensor system for detecting battery electrolyte leakage in medical devices and equipment. Provides chemical detection capability for early identification of battery failure.

Specialized ion-selective electrode sensors for measurement of electrolyte concentrations in blood and body fluids. Component technology for integrated diagnostic systems.

Containers designed for sterilizing and storing reusable diagnostic electrodes between clinical procedures. Compliant with standard sterilization protocols.

Specialized mounting systems for medical sensors and monitoring devices. Designed to provide secure positioning and stable integration with clinical workstation carts.

Hazard detection technology for identifying dangerous gas exposure in medical facilities protecting patient and staff safety.

Sensitive hydrogen detection sensor for monitoring thermal runaway events in medical device batteries. Provides early warning of battery failure and safety hazards.

Electrochemical oxygen sensors for medical gas delivery and respiratory monitoring applications. These sensors measure oxygen concentration in clinical settings including anesthesia systems, ventilators, and oxygen therapy equipment. Featuring rapid response times and high accuracy, they enable precise gas mixture monitoring in patient care environments.

Integrated hydrogen gas system for medical applications requiring hydrogen supply. The system includes pressure regulation, measurement, and safety control components.

Gas detection sensors for medical gas monitoring and analysis applications. Suitable for respiratory equipment, anesthesia systems, and clinical gas delivery monitoring.

Electronic sensor that detects and monitors liquid levels in medical containers and equipment such as waste collection systems, fluid reservoirs, and drainage bags. Enables automated alerts and prevents overflow in clinical environments.