Rotary evaporator is one of the common equipment in laboratories, which plays an important role in fields such as chemistry, biology, pharmaceuticals, and environmental science. The rotary evaporator rapidly concentrates the sample solution by rotating the solvent under vacuum, thereby achieving solvent removal and sample concentration.

The core components of a rotary evaporator are a rotary evaporator bottle and a vacuum pump. During the experiment, the sample solution to be concentrated was placed in a rotary evaporation bottle, and by rotating the bottle, a thin film was formed on the bottle wall, increasing the surface area and accelerating the evaporation rate. At the same time, the vacuum pump creates a vacuum environment inside the rotary evaporation bottle, reducing the boiling point of the solvent and improving the evaporation process. Through this method, the rotary evaporator can quickly concentrate the sample solution and obtain a concentrate of the target substance in a relatively short period of time.

Application of Shanghai Yetuo Rotary Evaporator

In chemical research, rotary evaporators are commonly used for solvent removal, compound concentration, and extract preparation. It plays an important role in fields such as organic synthesis, natural product extraction, and drug development. In biological research, rotary evaporators are used to concentrate biological samples such as protein solutions, nucleic acid solutions, and cell culture supernatants for subsequent analysis and detection. In the pharmaceutical industry, rotary evaporators are used for concentration and purification of drugs to improve their purity and efficacy. In addition, the rotary evaporator can also be used for sample processing and pollutant concentration in environmental monitoring.

The Shanghai Yetuo rotary evaporator has many advantages

1、 It has fast and rapid concentration ability, which can quickly remove a large amount of solvents, save time and improve experimental efficiency. Secondly, the rotary evaporator is easy to operate, has a compact instrument structure, and is easy to use and maintain. In addition, the rotary evaporator has a small footprint and is suitable for various space limitations in the laboratory. In addition, modern rotary evaporators are equipped with various measures such as over temperature protection and pressure monitoring to ensure a smooth experimental process.

In summary, the rotary evaporator is an important laboratory tool for rapidly concentrating sample solutions and removing solvents. It has a wide range of applications in fields such as chemistry, biology, pharmaceuticals, and environmental science. With the continuous advancement of science and technology, the functionality and performance of rotary evaporators are constantly improving, providing researchers with more experimental choices and convenience. In the future, rotary evaporators will continue to play an important role in promoting scientific research and experimental work.