A Conductivity Meter is a vital analytical instrument used to measure the ability of a solution to conduct electrical current. This measurement is directly proportional to the concentration of dissolved ions, making it an essential tool for water quality monitoring, chemical processing, and hydroponics. At Labend Scientific, we offer high-precision benchtop and portable conductivity meters that provide rapid results for TDS (Total Dissolved Solids), Salinity, and Resistivity. Precision Monitoring & Aqueous Quality Modern laboratory workflows often require multi-parameter analysis. For instance, testing the ionic purity of water used in titrations for the ESAW Moisture Titrator 761 requires precise conductivity readings. Similarly, validating reagents used in spectroscopic analysis with the ESAW Spectrophotometer 3375 ensures that background noise from contaminants is eliminated. Our Conductivity Meters are equipped with advanced temperature compensation (ATC) to ensure readings are accurate regardless of thermal fluctuations. Whether you are checking the hardness of water samples or verifying the quality of pharmaceutical formulations tested on an ESAW Tablet Hardness Tester, our meters provide the digital precision required for ISO compliance. Built with platinum-plated sensors and auto-ranging features, these instruments simplify the user experience while maintaining research-grade standards. From environmental wastewater plants to high-tech pharmaceutical R&D labs, Labend provides the benchmark in electrolytic measurement technology. Instrument Parameters Range 0 to 200 mS/cm Accuracy ±0.5% Full Scale Temp Comp 0 to 100°C ATC Cell Const K=0.1, 1.0, 10 Display LCD Multi-Line Related Instrumentation Catalog • Digital Conductivity Meter • ESAW Moisture Titrator 761 • ESAW Moisture Titrator 1760 • ESAW Spectrophotometer 3375 • ESAW Spectrophotometer 2371 • ESAW Spectrophotometer 1371 • ESAW Tap Density Tester 1951 • ESAW Tablet Hardness Tester • ESAW Spectrophotometer 302 Measurement Support FAQ Q1: What is the cell constant (K)? A: The cell constant describes the geometry of the electrode. K=1.0 is used for general water, K=0.1 for pure water, and K=10 for concentrated liquids. Q2: Why is temperature compensation important? A: Conductivity increases as temperature rises. ATC automatically adjusts the reading to the standard 25°C reference. Q3: How do I maintain the conductivity probe? A: Keep the probe clean and rinse with deionized water after use. Never touch the platinum black coating on the electrodes. Q4: What units are used for measurement? A: Conductivity is measured in microsiemens per centimeter (µS/cm) or millisiemens per centimeter (mS/cm). RELEVANT KEYWORDS: Digital Conductivity Meter Price, Benchtop Conductivity Meter India, Portable Water Quality Tester, TDS Meter for Laboratory, Salinity Measurement Instrument, EC Meter Supplier, Industrial Conductivity Controller, Water Hardness Tester, Electrolytic Conductivity Probe, #ConductivityMeter #WaterAnalysis #LabEquipment #ScientificTesting #LabendScientific Global Export Logistics Network USA | United Kingdom | Germany | Saudi Arabia | United Arab Emirates | Singapore | Malaysia | Australia | Canada | India | South Africa | Brazil | Qatar | Oman | France | Italy | Spain | Thailand | Indonesia | Vietnam | South Korea | Mexico | Philippines | Egypt | Switzerland | Netherlands