The Nickel Automatic Online Water Quality Analyzer is a new generation of fully automatic online water quality monitoring instrument independently developed by our company. Combined with advanced instrument manufacturing technologies at home and abroad, it adopts the national standard method — Dimethylglyoxime Spectrophotometry as the detection principle and dual optical path detection technology. It can rapidly, accurately, conveniently and cost-effectively measure the concentration of total nickel in water.

The Total Iron Automatic Online Water Quality Analyzer is a new-generation fully automatic online water quality monitoring instrument independently developed by our company. Combining cutting-edge domestic and international instrument manufacturing technologies, it adopts the national standard method — Phenanthroline Spectrophotometry as the detection principle and applies dual optical path detection technology. The instrument can quickly, accurately, easily and cost-effectively determine the concentration of total iron in water.

This automatic online zinc water quality analyzer is a new-generation fully automatic online water quality monitoring instrument independently developed by our company. It integrates advanced domestic and international instrument manufacturing technologies, adopts national standard methods as the detection principle and dual optical path measurement technology. The instrument can rapidly, accurately, conveniently and cost-effectively determine the concentration of total zinc in water.

Labsun Fluoride Online Automatic Monitor adopts the fluoride reagent spectrophotometry. The test results comply with the national standard Water Quality — Determination of Fluoride — Fluoride Reagent Spectrophotometry (HJ 488-2009), ensuring accurate and valid monitoring data.

PhotoTek 6000 Five-Parameter Online Water Quality Analyzer

The QOCI 6000 fully automatic dual-parameter quality control instrument can automatically or remotely prepare high-precision standard solutions of arbitrary concentrations and national standard compliant spiked recovery samples. It is highly suitable for water environment monitoring scenarios with stringent quality control requirements. Users can remotely designate and verify standard solutions at any concentration, effectively eliminating on-site data falsification. With excellent compatibility, it is applicable to newly built or renovated water quality monitoring stations and pollution source monitoring systems.