MFV Series, with easy operation, is of great help in making the tedious concentration process more intelligent and efficient. Rapid concentration is achieved with nitrogen blown onto the heated sample in water bath. MFV Series applies 5" HD color touchscreen as control terminal and independent valves for each channel. More importantly, DTLabs, a Mini Program on Wechat, is available for online remote monitoring of concentration process.

By applying the effects of vacuum distillation, water bath heating and oscillation, the solvent is rapidly evaporated and condensed back into the collection bottle through the spiral condenser. This process enables solvent recovery. Due to its high batch processing capacity, fast concentration speed, and environmental friendliness, it is widely used in fields such as food safety, agricultural product testing, drug analysis, and environmental monitoring. Especially for the reliable detection and analysis of trace target substances, this concentration method has a good recovery rate.

MHS-60 supports fast and automatic homogenization of maximum 6 samples at the same time. It circularly loops the samples into a narrow space with high speed and relative motion of inner rotor to shear and break them. There is no doubt that MHS-60 is of great help in cell disruption, residual pesticide testing, food safety, drug analysis, and environmental monitoring.

MultiVortex supports up to 26 samples for mixing process simultaneously. With balanced and continuous vortex vibration, it not only makes the whole process high-efficient and time-saving, but also guarantees satisfying parallelism. 5" HD control terminal with manual and automatic dual mode displays real-time rotate speed and running time. Multiple sets of vortex mixing parameters can be conveniently stored and applied. Intelligent design and small footprint make optimal using experiences. There is no doubt that MultiVortex is of great help in all kinds of sample pretreatment process for analysis and testing.

Compared with Soxhlet extraction and ultrasonic extraction, iQSE-06 rapidly extracts 6 (semi-)solid samples simultaneously under high temperature and high pressure which ensures good parallelism and greatly reduces processing time and solvent consumption. 10.1" HD control terminal graphically displays real-time temperature and pressure curves. Extraction tanks and collection bottles in different specifications are available for use. Online remote monitoring makes the whole process more intelligent and efficient.

Solid Phase Extraction (SPE) is a popular sample pretreatment technique, which can be used for different purposes in sample preparation, such as cleanup, analyte concentration, and analyte derivatization. Based on the principle of Like Dissolves Like, QSE is mainly applied to process liquid samples whose volatile and semi-volatile compounds will be enriched and purified during the process. With delicate design, QSE Series guarantees sample recovery and convenient operation.

iGHP, designed for chemical analysis, is more intelligent and efficient than other same models found on the market. With dual PID technology, special design of heating structure guarantees surface temperature uniformity and stability. Due to corrosion resistance design, iGHP is of great help for laboratory pre-treatment, such as wet digestion, heating and acid-driving. As a kind of tool commonly used in wet digestion, iGHP provides users with optimal experiences of “one-button digestion”, which makes tedious process more intelligent and efficient.

iGBlock-36 Graphite Digester applies special heating design to reduce heat loss and greatly improve efficiency. Intelligent PID technology guarantees precise temperature and achieves multi-stage heating. Excellent temperature uniformity of each digestion hole ensures satisfactory parallelism. 7" HD control terminal displays real-time temperature curve and multiple sets of heating parameters can be stored and applied anytime. Remote monitoring is available through DTLabs which greatly simplifies the digestion process.

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