Gii-Sens Electrochemical Electrode

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.

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

Integrated reference electrode component for electrochemical biosensor platforms. Manufactured under quality management system standards for consistent analytical performance.

Integrated counter electrode for electrochemical transduction systems. Part of comprehensive chip-based biosensor architecture for bioanalytical monitoring applications.

Screen-printed carbon, silver, and graphene electrodes for electrochemical biosensing in point-of-care testing and in vitro diagnostics. These sensors enable rapid detection of blood glucose, ketones, blood gases, and other biomarkers using vacuum-deposited noble metal coatings on flexible substrates. Applications include continuous glucose monitoring, blood gas analysis, and multiplex immunoassays with high sensitivity and selectivity.

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.

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.

Gold electrodes and precious metal biosensors manufactured using vacuum deposition technology for electrochemical detection in point-of-care testing and in vitro diagnostics. Applications include blood glucose, ketone, blood gas, and electrolyte monitoring with high sensitivity, selectivity, and chemical stability.

Biosensor device employing electrochemical detection principles for molecular analysis. Applicable to various diagnostic assays requiring precise electrochemical measurement capabilities.

Platinum electrodes manufactured using vacuum deposition technology for electrochemical detection in point-of-care testing and in vitro diagnostics. Applied in blood glucose, ketone, blood gas, and continuous glucose monitoring (CGM) systems, these electrodes offer high sensitivity, excellent chemical stability, and resistance to oxidation. Custom metal compositions and flexible substrates enable nano-level deposition for precise diagnostic testing.

Graphene-based carbon film electrodes for enhanced electrochemical sensing and analysis.

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