Conductivity Sensors

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.

Point-of-care testing systems for serum electrolyte measurement. Supports rapid diagnostic assessment in critical care and emergency settings.

Quantitative assay measuring sodium, potassium, chloride, and bicarbonate levels. Critical for metabolic and fluid balance assessment.

A laboratory diagnostic test for quantitative measurement of electrolyte concentrations in patient serum samples using electrode-based analytical methods. Results provide critical information for clinical decision-making.

Reagents for sodium, potassium, chloride, and bicarbonate measurement in blood and body fluids. Essential for acid-base and fluid-electrolyte assessment.

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.

System designed to identify severe hyperkalemia and other electrolyte abnormalities through ECG analysis. Provides rapid detection of life-threatening electrolyte conditions in emergency settings.

Proficiency testing materials for electrolyte analysis including sodium, potassium, chloride, and ionized calcium. Supports quality assurance for electrolyte analyzers used in clinical diagnostics.

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