Rapid solvent extractor SP-600QSEBy using conventional solvents and increasing temperature and pressure, the efficiency of extraction is improved, the extraction time is accelerated, and the amount of extraction solvent used is significantly reduced.

Extraction method:

Complies with the standard method of USEPA3545A.

Using parallel six channel extraction technology to extract six samples simultaneously greatly improves work efficiency

Each channel has completely independent liquid path channels, sensors, and coolers

Each channel has independent liquid channels, sensors, and coolers, fundamentally eliminating the possibility of cross contamination.

Multiple sizes of extraction tanks are available for selection: 11mL, 22mL, 34mL size extraction tanks

The temperature can reach 200 ℃; Cut off safely when the temperature is too high.

The extraction tank is vertically positioned, and the liquid flow direction is from top to bottom,

Equipped with automatic solvent pressure alarm

Extraction pool location: 6 collection bottles: Collection bottle volume: 40mL, 50mL, 60mL, three options available;

Rapid solvent extraction uses conventional solvents, increases temperature and pressure to improve extraction efficiency, accelerates extraction time, and significantly reduces the amount of extraction solvent used.

The SP-600QSE fully automatic rapid solvent extractor improves the speed and efficiency of the extraction process by increasing the temperature and pressure of the solvent, and can quickly extract analytes from samples. Suitable for analysis of solid and semi-solid samples.

The SP-600QSE fully automatic rapid solvent extractor adopts an advanced processing mode, and the extraction tank and receiving container are independently connected, fundamentally avoiding pollution.

The SP-600QSE fully automatic rapid solvent extractor not only significantly reduces extraction time, but also saves a lot of solvent. The use of this instrument enables users to quickly optimize methods, making method validation more convenient.