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The management and maintenance of electrodes will be dramatically reduced!

**Features** ○ Easy installation with plug & measure functionality - Sensors are recognized immediately after installation - Measurement can start in a few seconds - The ISM measurement system automatically recognizes the manufacturer, sensor, type, serial number, order number, and the latest sensor calibration information - Calibration records are saved on the PC and can also be output in CSV format ○ Pre-calibration of pH electrodes and O2 sensors in the laboratory - Sensors can be connected to a PC via USB, allowing calibration on the PC using iSense software - With pre-calibration, sensors can be exchanged in seconds and are ready for use immediately ○ Optimized maintenance with sensor aging monitoring and calibration time timer - Real-time self-diagnosis function predicts the optimal timing for sensor maintenance ● For more details, please download the catalog or contact us.

A pH sensor optimal for chemical applications with intrinsically safe explosion-proof construction (Labor Inspection Explosion-Proof). Featuring the new XEROLYT EXTRA comparative polymer.

Ideal electrodes for prolonging the lifespan of chemical applications 【Features】 ○ Utilizes polymer electrolyte to accurately measure pH even in harsh measurement environments ○ The liquid junction of the electrode is in direct contact with the test liquid Eliminates measurement errors caused by clogging of the liquid junction, commonly seen in viscous liquids and liquids containing many particles ○ Fast response and accurate temperature compensation ○ VP connector (analog type) is waterproof, ensuring a reliable connection, while the digital type is unaffected by humidity. ● For more details, please download the catalog or contact us.

The inline CO2 measurement system is designed for culture applications in the pharmaceutical industry.

ISM Technology - Quick startup enabled by plug-and-measure functionality - Predictive diagnostics before batch start to prevent unforeseen accidents High Performance - Real-time process management enabled by inline measurement - Highly reliable CO2 measurement - Fast response - Excellent signal stability due to new probe design Easy Operation - Proven membrane body (diaphragm) technology for low maintenance - Only process calibration is required Hygienic Design - SIP and autoclavable - Teflon-coated membrane to prevent biofouling - Design and materials compliant with FDA standards

An optical O2 sensor usable from benchtop culture devices in research and development to production-scale fermentation tanks.

Simple Operation • Quick startup enabled by plug-and-measure functionality • Pre-calibration in the lab using iSense sensor management software • Compatible with both digital and analog Excellent Performance • High accuracy guaranteed by advanced optical technology • Excellent stability due to automatic drift correction High Reliability • Predictive maintenance • Real-time status information through ISM diagnostics • Diagnostics before batch operation possible with iSense sensor data management tool Hygienic Design • Optocap detection area is Teflon-coated to prevent adhesion of bio-derived contaminants • Easy to clean due to a design without O-rings