Nowadays, the laboratory cleaning machine is an indispensable equipment in the laboratory, which can clean the experimental equipment better and more effectively. So, what are the characteristics of its structure and function to achieve such an effect? What are the advantages compared to manual cleaning? What should we pay attention to when using it? How to do maintenance work? Today, the editor who Xipingzhe will come to give you a detailed analysis and answer these questions one by one.

　　1.Structural and functional characteristics

　    Laboratory glassware washer are usually made of stainless steel, which has the characteristics of anti-rust, corrosion resistance, and high temperature resistance. It is also equipped with advanced spray technology and water circulation system, which can clean all aspects of the surface of the instrument and equipment. The equipment also has a modular combination design, which can be combined and configured according to the size and shape of the experimental equipment according to different cleaning requirements. Use high-pressure water to wash away oil stains, stains and other organic substances on the surface of instruments and equipment. At the same time, it is also equipped with various detergents and acid-base neutralizers, which can not only remove dirt from different types of substances, but also remove substances or residues that cannot be cleaned with water. . In addition, the laboratory utensils cleaning machine can effectively prevent cross-infection and ensure the cleanliness of laboratory equipment

　　2.Compared with manual cleaning, the laboratory cleaning machine has the following advantages

（1）. Efficiency: High cleaning efficiency, able to quickly clean a large number of experimental equipment and shorten the cleaning time.

（2）. Reliable: The fully automatic cleaning method is adopted, which is more reliable than the manual cleaning method.

（3）. Flexible: It has different cleaning procedures, which can be selected according to the material and cleaning requirements of the experimental equipment.

（4）. Safety: It can better clean the experimental equipment, reduce the risk of contamination and cross-infection, and reduce the risk of employee injury or infection.

　　3. Precautions and maintenance work during use

（1）. The equipment needs to be cleaned before use to ensure it is clean.

（2）. Pay attention to the amount and concentration of cleaning agent, not too much or too little.

（3）. Check the equipment before use to ensure that there are no foreign objects or obstacles in the water pipes, fans and other parts.

（4）. Care should be taken during use to avoid operational accidents.

（5）. Carry out regular equipment maintenance, such as cleaning pipelines, changing filter screens, etc.

（6）. After the machine is cleaned, the water should be drained in time and the machine should be dried to avoid rusting of the machine.

（7）. Replace severely worn parts in time to avoid affecting the use effect.　

　 Summarize

The laboratory cleaning machine can help laboratory staff perform better and more effective cleaning of experimental equipment, fully guaranteeing the accuracy of experimental results and the safety of employees. Therefore, it has become a popular trend to use laboratory cleaning machines in laboratories.