High-precision benchtop meters including pH, Conductivity, Dissolved Oxygen, and Turbidity testing platforms engineered for accurate water quality evaluation, biochemical research, and clinical diagnostics.
Laboratory Benchtop Meters are indispensable analytical instruments used to measure parameters such as pH, oxidation-reduction potential (ORP), electrical conductivity, total dissolved solids (TDS), dissolved oxygen (DO), and turbidity in liquid specimens.
At DNA Dynamics, our laboratory meters are engineered to deliver superior accuracy, quick response times, and automated temperature compensation. Built with chemical-resistant casings, large LCD status monitors, and GLP-compliant data storage systems, they streamline routine water analysis, bio-pharmaceutical testing, and diagnostic tasks with absolute reliability.
Compare our diverse range of premium laboratory meters, engineered with precise microprocessor chips, robust sensors, and data logging systems.
High-precision benchtop pH meter with a reading range of -2.00 to 19.99 pH. Designed for accurate diagnostic, pharmaceutical, and chemical assays.
Reliable conductivity meter covering ranges up to 2000 mS/cm. Features self-calibration and optimal parameter readouts for water quality analysis.
Premium pH testing station featuring precise microprocessor PID tuning and a chemical resistant shell. Backs diagnostic routines with consistent measurements.
High accuracy conductivity and TDS testing platform built for laboratory liquid evaluation, water treatment, and bio-tech research.
Advanced DO meter offering fast response times and high reliability. Measures dissolved oxygen concentration, saturation, and temperature.
High-precision nephelometric turbidity meter designed for water treatment plants, beverage manufacturing, and environmental inspection.
Our analytical benchtop meters combine high quality processor chips and robust electrodes to back your scientific testing routines.
Automated buffer recognition and multi-point calibration protocols prevent user alignment errors.
Durable glass electrodes and polarographic sensors yield quick response readouts.
Saves up to 500 records including timestamps, sample IDs, and calibration data points for diagnostics audit.
Built-in temperature sensors dynamically adjust pH and conductivity calculations under variable thermal loads.