Platinum Electrodes

Flexible gold and carbon film electrodes for electrochemical sensing and analytical measurements.

Ion-selective electrodes and calibration reagents designed for electrolyte analysis in clinical laboratories. These consumables enable precise measurement of electrolytes including sodium, potassium, chloride, and calcium in blood and body fluids. Compatible with automated electrolyte analyzers for routine diagnostic testing.

Chip-based electrochemical platform with up to 12 modified platinum electrodes for bioanalytical applications. Includes reference and counter electrodes manufactured under quality management system standards.

Electrochemical transducer component available in arrays up to 12 per chip. Enables sensitive detection of glucose, lactate, and other biomarkers in physiological samples.

Specialized automation for manufacturing electrodes used in electrochemical diagnostic devices. Provides precise deposition, patterning, and integration of electrode materials. Supports production of various electrode configurations for biosensor applications.

Platinum wire electrode for electrochemical measurements and potentiostat applications.

Electrochemical electrode based on 3D carbon nanomaterial technology for electrochemical sensing and biosensing applications. Enables rapid, sensitive detection in diagnostic assays and point-of-care testing. Compatible with electrochemical analysis systems for clinical and laboratory use.

Precision platform for depositing electrochemically active materials on sensor substrates for biomedical sensing applications. Enables fabrication of glucose monitors, lactate sensors, and other clinical diagnostic sensors.

Proprietary electrochemical biosensor platform for biomarker detection and analysis. Core technology enabling point-of-care diagnostic devices and laboratory testing systems.

Laser ablation systems for precision electrode manufacturing in biosensor production, enabling high-quality electrochemical diagnostic devices.

Advanced biosensor platform utilizing electrochemical principles for in vitro diagnostic applications. This technology serves as the foundation for i-SENS glucose monitoring and other diagnostic products.

Equipment designed for manufacturing components integrated with electrochemical detection technology. Supports precise electrode deposition and sensor preparation. Enables production of electrochemical-based diagnostic devices and test strips.