
As a leading global manufacturer of Total Organic Carbon (TOC) analyzers, we tirelessly strive for excellence and provide our customers with exceptional technology, design, quality, and service. Our R&D team has obtained over 30 technical patents, including Sievers thin film conductivity detection method and integrated online sampling system (iOS).
Unlike other manufacturers who use non dispersive infrared (NDIR) detection methods, the Sievers TOC analyzer uses the Sievers thin film conductivity detection method. Our technology can display a dynamic range of six orders of magnitude, which can prevent significant data drift over time and is highly stable. Our instrument does not require frequent calibration and has unparalleled analytical performance, making it the primary tool that users rely on in their daily work
The patent's integrated online sampling (iOS) system allows you to easily collect external standards and samples. This unique feature allows you to directly extract calibration, validation, and system suitability standards without disconnecting the continuous sample source connection or changing the injection configuration. The iOS system is also suitable for inhaling TOC samples from other water points in the water system into the instrument for on-site spot checks.
Fast, intelligent, and flexible, shorten your sample processing timebetween
Twice as fast as the previous generation Sievers TOC analyzer, TOC analysis only takes 2 minutes. Meet various application needs and regulatory requirements, used in fields such as pharmaceuticals, microelectronics, power, manufacturing, and environmental protection. The improved dashboard and touchscreen interface simplify operation and data review.
Clear status of consumables at a glance.
Simplified and fast system tasks.
Practical error and warning messages simplify troubleshooting work.
The secure database structure enhances data search and query functions.
Design simple and intuitive, improve production capacity
Calibration, confirmation, verification, and other operations are faster and more automated. The 'automatic reagent function' automatically selects the appropriate reagent flow rate. The sample preservation method can be applied to daily samples.