Gii-Sens+

The i-SENS 632 is an electrochemical biosensor-based diagnostic analyzer for in vitro clinical testing. It leverages advanced electrochemical technology for rapid and accurate biomarker detection in laboratory and point-of-care settings. Designed for blood glucose monitoring and other diagnostic applications, this IVD device supports clinical decision-making in diabetes management and metabolic screening.

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.

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.

Ultra-miniaturized nanosensor technology for real-time biomarker detection and diagnostics. The patented sensor platform measures temperature or force at nanoscale precision with minimal footprint, enabling integration into diagnostic devices and laboratory systems. Customizable solutions deliver data-driven analysis for clinical and research applications across any environment.

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

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

A sensitive detection platform for measuring biochemical markers in clinical samples. Utilizes advanced sensor technology for precise quantification of analytes.

Integrated biosensor platform enabling simultaneous measurement of glucose, lactate, glutamine, glutamate, and pyruvate. Features redundant sensors to maximize analytical reliability in clinical and research settings.

An automated analyzer for nano-enzyme based immunoassays, model NC100. Designed for high-sensitivity diagnostic testing using nano-enzyme technology.

Advanced detection device using sensors and machine learning algorithms to accurately identify nanoparticles in various environments with high precision and reliability.

Portable biosensor system for rapid multi-analyte blood diagnostics using nanotech sensors and AI algorithms. Detects up to six biological markers simultaneously from whole blood samples in minutes, with results displayed on integrated screen and cloud-accessible data storage. Applicable to traumatic brain injury assessment, infectious disease screening, and point-of-care clinical diagnostics across medical and environmental settings.

Biosensor device for detecting and measuring biological analytes in clinical diagnostics.