Lab Multi-function Chemical Distillation Vacuum Rotary Evaporator with 1L 2L Flask

The Lab Multi-function Chemical Distillation Vacuum Rotary Evaporator is designed for laboratory applications that require efficient vacuum distillation. With precise control and versatility, it ensures optimal evaporation and concentration processes for chemical, pharmaceutical, and other lab-based industries.

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Perfect for laboratory distillation, concentration, and solvent recovery in chemical, pharmaceutical, and research applications.

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Rotary evaporators have a wide range of applications in chemical laboratories, mainly in the following areas:Solvent removal: Rotary evaporators are often used to remove organic solvents from compounds or mixtures. By controlling heating and decompression, solvents can be evaporated efficiently to concentrate or purify compounds.Extraction and separation: Rotary evaporators can be used to extract organic solvents from natural products, plant extracts, or synthetic compounds. By heating and decompression, the solvent is evaporated, leaving the desired compound or substance.Solvent recovery: Rotary evaporators can be used to recover and reuse solvents. By evaporating the solvent and condensing it to collect it, high-value solvents can be recovered, reducing the cost and environmental impact of chemical laboratories.Concentration and extract preparation: Rotary evaporators can be used to concentrate liquid samples to a desired concentration, such as concentrating a reaction mixture into a solid substance or preparing a concentrated pharmaceutical extract.Solvent exchange: Rotary evaporators can be used to replace a solvent from one solution with another. By evaporating the original solvent and recondensing it in a condenser, the sample solvent can be replaced with the desired new solvent.Solvent degradation and analysis: Rotary evaporators can be used for solvent degradation and solvent residue analysis. By evaporating and collecting the solvent, the solvent residue in the sample can be separated and determined.