Bench Top DO Meter

The AQUASOL DIGITAL Bench Top DO Meter is a high-performance, precision-engineered laboratory instrument designed for accurate and reliable analysis of Dissolved Oxygen (DO) and temperature in industrial and laboratory applications. Specially developed for detailed DO analysis, this advanced meter delivers fast response, stability, and highly accurate measurements, making it ideal for water and wastewater treatment, pharmaceuticals, aquaculture, environmental monitoring, and research laboratories.

It is supplied with magnetic stirrer to ensures uniform sample mixing during measurement, significantly improving accuracy, repeatability, and response time, especially in dissolved oxygen analysis where sample consistency is critical. Designed with a focus on durability and usability, the ABM404 comes in a compact, spill-proof, and rugged bench-top design, making it suitable for continuous operation in demanding laboratory environments. With its combination of high accuracy, multi-parameter flexibility, and intelligent design, the AQUASOL DIGITAL is an ideal solution for laboratories seeking reliable and efficient DO  in a single platform.

Bench Top DO Meter ((ABM404)) from Aquasol Digital is a laboratory instrument designed for precise measurement of do. It operates within the range of 0 TO 20.00 PPM, ensuring accurate and repeatable results. Monitoring of do 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 DO Meter ensures reliable analytical results. Monitoring of do 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.