Bench Top TDS Meter

The AQUASOL DIGITAL Bench Top TDS / Conductivity Meter is a high-performance and precision-engineered laboratory instrument designed for accurate measurement of Total Dissolved Solids (TDS), Conductivity, and Temperature in a wide range of industrial and laboratory applications. Developed using advanced microprocessor-based technology, this meter ensures fast response, stable performance, and highly accurate results, making it ideal for water and wastewater testing, pharmaceuticals, chemical industries, food & beverage, and environmental laboratories.

With its multi-parameter functionality, the instrument allows seamless measurement of TDS and conductivity in a single unit, eliminating the need for multiple devices and improving laboratory efficiency. The integrated temperature measurement with Automatic Temperature Compensation (ATC) ensures precise readings across varying temperature conditions. Understanding the need for a reliable and user-friendly laboratory instrument, AQUASOL DIGITAL has designed this meter with a compact, spill-proof bench-top structure, ensuring durability and long-term performance even in demanding environments.

Bench Top TDS Meter ((ABM402)) from Aquasol Digital is a laboratory instrument designed for precise measurement of tds,conductivity. It operates within the range of 0 TO 66000 PPM / 0 TO 100 MS/CM, ensuring accurate and repeatable results. Monitoring of tds,conductivity is essential for laboratory analysis and quality control. The benchtop design ensures stability during testing. It supports advanced analytical applications. The device is widely used in research laboratories. It ensures consistent performance. It enhances analytical accuracy. It is designed for long-term use. It supports multiple testing requirements. It improves laboratory efficiency. It is essential for professionals.

Regular use of Bench Top TDS Meter ensures reliable analytical results. Monitoring of tds,conductivity helps maintain quality standards. The device requires minimal maintenance. It supports high-precision measurements. It integrates with lab workflows. It improves consistency. It is trusted for accuracy. It enhances research capabilities. It delivers stable performance. It supports quality assurance. It improves efficiency. Overall, it is a dependable laboratory solution.