Introduction: The SP-600QSE Automated Quick Solvent Extractor increases the speed and efficiency of the extraction process by increasing the temperature and pressure of the solvent, allowing rapid extraction of analytes from the sample. It is suitable for analysis of solids and semi-solids and is widely used in various fields such as the environment, food, pharmaceuticals, and petroleum. The SP-600QSE automatic quick solvent extractor adopts an advanced processing mode. The extraction cell is independently connected to the receiving container, which fundamentally avoids contamination. The SP-600QSE Automatic Quick Solvent Extractor not only drastically reduces the extraction time, but also saves a lot of solvent. Using this method allows the user to quickly optimize the method and make the verification of the method more convenient. Features 1. Multiple furnaces, can process six samples at a time. 2. It is flexible and convenient. It can not only extract six samples at the same time, but also can treat six or less samples separately. It only needs to place the extraction axe symmetrically. 3. Fast: The quenching time for the six samples is approximately fifteen minutes. QSE reduces the traditional extraction time from several days or hours to ten minutes, which greatly facilitates the preparation of samples and makes the testing of samples quick and easy. 4. Reduce the amount of solvent: Only fifteen milliliters of solvent is consumed per ten grams of sample. QSE significantly reduces the amount of solvent needed for extraction, reduces the effect of solvent evaporation on the laboratory environment, and also reduces the amount of solvent concentration. When expensive solvents are required, this method results in a significant reduction in the cost of the extraction. 5. The extraction tank is connected to the receiving vessel independently without cross-contamination. 6. Simple and convenient operation: The instrument has a high degree of automation, no professional training, and the extraction can be performed after the instrument is installed. 7. High-performance extraction cell: The extraction cell is processed by a special process and can withstand a working pressure of 200 Bar. 8. Several specifications of the extraction tank to choose from: There are currently 11ml, 22ml, 33ml specifications of the extraction tank. 9. Extraction solvent: You can use a variety of organic solvents (including water), the user can choose the appropriate extraction solvent according to the extraction of different samples, the solvent can be a single solvent, can also be a mixed solvent. 10. Excellent safety facilities: temperature, pressure sensor real-time induction extraction temperature and pressure, when the system pressure, temperature is too high, the system automatically alarm, stop heating, pressure relief. The instrument has a multi-layered protective structure to ensure the safety of equipment and operators. Technical Parameters: Furnace: Multi-furnace body, fully-automated sealed reactor, high temperature up to 200°C, high pressure up to 200 Bar. Extraction volume: 11ml, 22ml, 33ml Collection pool: 40ml, 60ml Extraction time: 15min/1 sample Solvent consumption: about 15ml/10g Solvent flow rate: 10ml/min Instrument size: 410mm×500mm×500mm Safety measures: Solvent temperature, solvent pressure alarm automatically
Introduction: The SP-600QSE Automated Quick Solvent Extractor increases the speed and efficiency of the extraction process by increasing the temperature and pressure of the solvent, allowing rapid extraction of analytes from the sample. It is suitable for analysis of solids and semi-solids and is widely used in various fields such as the environment, food, pharmaceuticals, and petroleum. The SP-600QSE automatic quick solvent extractor adopts an advanced processing mode. The extraction cell is independently connected to the receiving container, which fundamentally avoids contamination. The SP-600QSE Automatic Quick Solvent Extractor not only drastically reduces the extraction time, but also saves a lot of solvent. Using this method allows the user to quickly optimize the method and make the verification of the method more convenient.
