Blood Gas Sensors

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

Single-use 3D carbon electrodes for electrochemical sensing applications in diagnostic testing. These sensors replace noble metals and graphene with a high-performance carbon nanomaterial, offering ultra-sensitive multi-analyte detection with proven reproducibility for clinical diagnostics.

Screen Printed Electrodes (SPE) are miniaturized electrochemical sensors designed for biomedical diagnostics and point-of-care testing applications. These disposable electrodes enable rapid analysis of biomarkers in biological samples such as sweat, blood, and saliva. SPE devices integrate with biosensing platforms for clinical diagnostics, environmental monitoring, and portable analytical systems.

Biological sensors for biomedical analysis and biotechnology applications. Enables detection and measurement of biological markers in clinical diagnostics.

Advanced 3D carbon sensors designed for sensitive bioanalytical detection in diagnostic applications. The electrodes provide anti-fouling capabilities and seamless integration into high-throughput diagnostic manufacturing processes.

Blood gas analysis platform for measuring oxygen, carbon dioxide, pH, and electrolyte levels in blood samples. Provides critical parameters for assessment of respiratory and metabolic status in clinical settings.

Blood gas analyzer for rapid measurement of pH, pCO2, pO2, and electrolytes from arterial, venous, or capillary blood samples. Enables point-of-care testing in clinical settings including ICUs, emergency departments, and operating rooms. Provides results within minutes to guide acute respiratory and metabolic management.

Electrochemical biosensor for continuous glucose monitoring in clinical and research applications. Features up to 12 modified platinum electrodes for reliable glucose measurement in whole blood with physiological dynamic range.

Electrochemical-based diagnostic assays for medical testing and biomarker detection. Integrated with electrical sensor systems for precision diagnostics.

Electrochemical biosensors enabling rapid, portable molecular diagnostics through microsystems technology. These devices detect biomarkers and epigenetic factors at point-of-care, reducing analysis time and complexity compared to traditional laboratory methods. Ideal for infectious disease screening, biomarker detection, and decentralized diagnostic applications.

Flexible electrochemical sensor for highly sensitive and reliable point-of-care testing. The electrode needs to be functionalized prior to use, suitable for multiple medical application such as infectious disease, chronic disease, fertility, or even sport and fitness.

Point-of-care analyzer for blood pH, oxygen, and carbon dioxide measurement. Rapid results for respiratory assessment in critical care settings.