Product Introduction

Excellent production efficiency

Tools that can improve production efficiency are indispensable tools for busy work，brand-newThe Sievers M9 Total Organic Carbon (TOC) analyzer not only has proven reliability over time, but also significantly improves analysis speed, helping customers achieve the highest work efficiency.

Unparalleled efficiency and flexibility

lDetecting readings only requiresIn 2 minutes, the detection speed of M9 series TOC analyzer has doubled compared to 900 series.

lAutomatic calibration, verification, and data analysis functions make the instrument operate more intelligently；

lLaboratory type) can be used in conjunction with efficientGE automatic sampler with random sampling function, capable of up to 120 sample grades；

lAutomatic reagent adjustment function, capable of optimizing the flow rate of each sample；

lThe instrument also has a method saving function；

Easy to use and efficient

lStreamlined protocol makes setting and saving more convenient;

lGraphical information on faults and alarm messagesQuick links are more convenient, allowing customers to independently troubleshoot issues;

lThe new database architecture of M9 analytical instruments makes it more convenient for customers to organize, search, and query data;

lNo need to connect external reagents or carrier gases;

lM9 only requires a few hours of preventive maintenance per year, with a calibration stability period of 12 months;

lFull color ultra large display touch screen, more intuitive menu operation;

lCompact exterior design(19.2 centimeters/7.6 inches wide), which can effectively save countertop space;

Simplified conductivity analysis

The conductivity of water is the measured value of ion facilitated current passing through water. Water molecules are presentUnder the action of pH and temperature, it decomposes into ions, producing a predictable conductivity；

New typeThe M9 laboratory type and portable TOC analyzer provide a new function for sample conductivity detection in the pharmaceutical industry. The new model of instrument can achieve "Step 1" conductivity detection and also detect rinse water samples for cleaning validation, and the detection results can be obtained within two minutes. The sample conductivity function helps users save time, avoid sample processing risks, and minimize error rates. Other methods require two techniques to obtain TOC and conductivity values separately. Using the same sample bottle, the Sievers M9 TOC analyzer can synchronize the analysis readings of TOC and conductivity values；

Complies with Japanese Pharmacopoeia 16 (JP16) and other global pharmacopoeias

The Sievers M9 series and Sievers 500 RL series both have integrated firmware and software to meet the requirements of Japanese Pharmacopoeia 16 (JP16), JP<2.59>TOC detection, and JP<2.51>purified water (PW) and injection water (WFI) conductivity testing. The compounds and calculation methods used for calibration and system suitability testing specified in the JP<2.59>TOC standard are different from those specified in USP and EP；

The Sievers M9 and 500 RL series TOC analyzers support all other global pharmacopoeias, including the United States Pharmacopeia (USP), European Pharmacopoeia (EP), Chinese Pharmacopoeia (CP), and Indian Pharmacopoeia (IP)；

Special TOC detection technology

The analysis range of M9 laboratory type TOC analyzer is 0.03ppb to 50ppm. The UV/persulfate oxidation method and special thin film conductivity detection technology used provide unparalleled detection accuracy and precision. M9 laboratory type TOC analyzer can meet or even exceed the relevant requirements of the current global pharmacopoeia. It is an ideal choice for routine TOC detection of laboratory samples, and is also suitable for analyzing matrices and concentrations of multiple samples in testing laboratories；