Beaker, this seemingly simple laboratory glassware, actually plays a pivotal role in chemical experiments. It is made of glass or heat-resistant glass and has a cylindrical shape with a notch on one side of the top for easy pouring of liquids. It has a wide range of uses and can be used for heating, dissolving, mixing, boiling, melting, evaporation concentration, dilution, precipitation and clarification of chemical reagents. It is a reaction vessel in the laboratory. 

However, beakers often leave various chemical residues after use. If they are not cleaned cleanly, they will not only affect the results of the next experiment, but may also pose a threat to the health of the experimenters. Therefore, the cleaning work of beakers is particularly important.

The traditional beaker cleaning method is mainly manual cleaning. Although this method can achieve a certain cleaning effect, it is inefficient and can easily lead to unclean cleaning due to improper operation. The emergence of fully automatic laboratory glassware washer has brought changes to the cleaning of beakers.

The process of cleaning beakers with a fully automatic glassware washer is simple and effective. First, place the beakers to be cleaned on the special basket rack of the laboratory glassware washer to ensure that the beakers are stable and do not collide with each other. Then, select the appropriate cleaning program and cleaning agent based on the material of the beaker and the nature of the residue. After starting the equipment, the bottle washer will automatically complete a series of steps such as pre-washing, cleaning, rinsing, and drying.

During the cleaning process, thoroughly rinse the inner and outer walls of the beaker. At the same time, the cleaning agent will work with the water flow to effectively remove stains and residues on the surface of the beaker. After the cleaning is completed, the bottle washer will perform multiple rinses to ensure that the cleaning agent is removed and avoid interference with the next experiment.

The advantage of a fully automatic glassware washing machine for cleaning beakers lies in its standardization and reliability. It can not only greatly improve cleaning efficiency and reduce the burden on experimental personnel, but also ensure the consistency and stability of the cleaning effect and avoid unclean cleaning problems caused by improper human operation.