Automatic Vacuum Parallel Concentrator

Product Application:

The vacuum parallel concentrator can perform separate or centralized closed evaporation/concentration on multiple samples, quickly and effectively recovering solvents, reducing the total evaporation time of multiple samples, increasing processing capacity, saving experimental time and resources. The installation and operation of the parallel evaporator are simple and flexible to use. Due to highly consistent processing conditions, parallelism is also better. Parallel evaporator is mainly used for evaporation and concentration of samples in chemical, pharmaceutical, biological, environmental protection, testing or other industries.

Application Fields:

Pesticide residue analysis: vegetables, fruits, grains, plant tissues, etc

Environmental analysis: drinking water, groundwater, and pollutants, etc

Food and beverages: milk, alcohol, beer, etc

Biological analysis: serum, plasma, blood, urine, etc

Pharmaceutical drug testing: traditional Chinese medicine pharmaceuticals, etc

 Product Features

Three sided transparent glass design for easy observation.

The lower cover adopts an upward flipping design, which can be gently lifted to stop at will without the need to disassemble or move.

The operation of lighting, drainage, and pressure relief can be independently turned on and off to meet complex experimental needs.

The water temperature and vacuum degree are adjustable.

Using water with a high specific heat capacity as the thermal medium, the temperature of each pore is consistent to maintain high parallelism of the sample during the concentration process.

The dedicated volumetric flask can concentrate 250ml of sample solution, and the concentration can reach 1ml.

Using low-temperature serpentine condenser tubes for steam condensation, with a large condensation area and high recovery efficiency.

Easy to operate and safe: flexible working parameter settings, convenient sample insertion/extraction process, easy to learn and use; The fully enclosed design of the evaporation channel can avoid the harm of organic volatile components to the instrument and operators.

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