Gii-Sens Electrochemical Sensors

Specialized graphene-based sensors for detecting and measuring ionic compounds in biological and chemical samples. Applicable to various healthcare diagnostic and monitoring applications.

Electrochemical blood gas sensors with precious metal electrodes (gold, platinum, silver) deposited using vacuum coating technology. These sensors enable rapid, accurate measurement of blood gas parameters and other analytes in point-of-care and in-vitro diagnostic applications. Customizable electrode materials and flexible substrates support high sensitivity, excellent selectivity, and stable long-term performance.

Graphene-based sensors for rapid biosensing of proteins, nucleic acids, and biomarkers in human healthcare applications. Enables faster time-to-results with enhanced detection accuracy for clinical diagnostics.

Electrochemical uric acid sensors utilizing vacuum-deposited precious metal electrodes (gold, platinum, silver) on flexible polymer substrates. These high-precision sensors enable rapid point-of-care testing for serum uric acid measurement with enhanced sensitivity, selectivity, and anti-interference properties. Customizable metal composition and nanostructure design support integration into diagnostic test strips and continuous monitoring applications.

Electrochemical sensor strips for point-of-care ketone measurement in blood samples. Utilizes precious metal electrodes (gold, platinum, silver) deposited via vacuum coating technology to enable rapid, accurate ketone detection for diabetes and metabolic monitoring. Available in OEM/ODM configurations with customizable electrode materials and specifications.

Electrochemical lactate sensors utilizing precious metal electrodes (gold, platinum, silver) deposited via vacuum coating technology for point-of-care and in vitro diagnostic applications. These sensors deliver high sensitivity and selectivity for rapid lactate concentration measurement in clinical and metabolic monitoring settings, with excellent chemical stability and minimal signal drift during extended use.

Hemoglobin sensors utilizing precious metal electrodes (gold, platinum, silver) for point-of-care blood hemoglobin detection. These disposable sensors employ vacuum deposition technology on flexible substrates to deliver high sensitivity and selectivity with minimal interference. Applicable for anemia screening, blood disorders monitoring, and integrated into hemoglobin analyzers for rapid bedside testing.

Reliable and robust sensors for gas composition analysis in medical applications. Designed for emission monitoring and air quality analysis in clinical environments.

Electrochemical sensors fabricated with precious metal electrodes (gold, platinum, silver) using vacuum deposition technology for point-of-care and in vitro diagnostic applications. These high-precision sensors enable rapid detection of cholesterol and other analytes with enhanced sensitivity, selectivity, and anti-interference properties. Customizable metal compositions and flexible substrates support integration into diagnostic test strips and continuous monitoring devices.

Electrochemical immunosensors utilizing vacuum coating technology to deposit precious metal electrodes (gold, platinum, silver) on flexible substrates for POCT and IVD applications. These sensors enable rapid detection of blood glucose, ketones, blood gas, uric acid, lactate, electrolytes, and biomarkers with high sensitivity and selectivity. Customizable metal compositions and nanograde precision support point-of-care diagnostics and continuous monitoring devices.

Silver electrodes and biosensors fabricated using vacuum deposition technology for electrochemical detection in point-of-care testing and in vitro diagnostics. Applications include blood glucose, ketone, blood gas, uric acid, and electrolyte monitoring. Customizable metal composition with nano-level precision, high sensitivity, excellent chemical stability, and superior anti-interference properties.

Graphene-based sensing devices for detecting nucleic acids, proteins, and biomarkers relevant to human healthcare diagnostics. Deliver higher sensitivity and improved accuracy for rapid clinical diagnostics.