Premium Select Mse Pro Electrochemical Detector For Chromatography System, Model 1 Set [eKU2ElR8]

MSE PRO™ Electrochemical Detector for Chromatography

The Premium Select Mse Pro Electrochemical Detector For Chromatography System, Model 1 Set [eKU2ElR8], is a cutting-edge device designed to enhance the analytical capabilities of your chromatography system. This detector operates by measuring the change in current resulting from the redox reaction of target substances on the electrode surface, making it ideal for detecting ions with low dissociation degrees. With its advanced technology and versatile features, the MSE PRO™ Detector is a game-changer in the field of analytical chemistry.

Advanced Features and Specifications

The MSE PRO™ Detector offers three detection methods—DC amperometric, pulsed amperometric, and integral amperometric—to cater to various sample types. Its all-plastic flow path minimizes ion contamination, ensuring accurate and reliable results. The detector boasts an exceptionally low detection limit, allowing for the precise analysis of even trace amounts of substances. Key specifications include a baseline noise of ≤0.2 nA, baseline drift of ≤2 nA/30 min, and a minimum detectable concentration of ≤0.005 µg/mL. The instrument linearity is >0.999, and quantitative repeatability is ≤1.0%, ensuring consistent and precise measurements.

Applications and Benefits

The MSE PRO™ Electrochemical Detector is a versatile tool suitable for a wide range of applications, including environmental analysis, pharmaceutical research, and food safety testing. Its high sensitivity and low detection limit make it ideal for detecting and quantifying substances in complex matrices. By providing accurate and reliable results, the MSE PRO™ Detector helps researchers and analysts make informed decisions, leading to better product quality and safety. Whether you are a scientist in a laboratory or an environmental engineer, the MSE PRO™ Detector is the perfect choice for your chromatography system, offering unmatched performance and reliability.