With the development of science and technology, laboratories have played a vital role in various fields. In order to ensure the accuracy and reliability of experimental results, a clean and hygienic working environment is essential. Therefore, it is particularly important to use a glassware washer with advanced design principles, perfect process flow and correct cleaning procedures in the laboratory. This article will introduce the design principle, process flow and correct cleaning procedures of laboratory bottle washer in detail.

Design principle

1. High-efficiency flushing system: It uses a variety of methods such as high-pressure water injection and rotating nozzles to ensure that the bottle surface is flushed in all directions.

2. Customized selection: It is specially customized according to different models and specifications of test tubes or containers to meet various experimental needs.

3. Automatic control and monitoring: It automatically adjusts parameters such as temperature, time and water volume through sensors and intelligent control systems, and monitors abnormal conditions that may occur during the cleaning process.

Process Flow

1. Feeding stage: put the test tube or container to be cleaned into the glassware washing machine according to the prescribed method.

2. Pretreatment stage: use the spray device to flush the outer wall of the test tube or container to remove larger particles and stains.

3. Main cleaning stage: flush the test tube or container by high-pressure water injection, rotating nozzle and circulating water flow, and use cleaning agent to remove residual substances.

4. Clean water rinsing stage: use pure water to fully rinse the bottle to ensure that no harmful residue is left.

5. Drying and sterilization stage: send the cleaned test tube or container into the drying device, sterilize it at high temperature and dry it quickly.

Correct cleaning procedure

1. Check the equipment status: ensure that the machine is operating normally, and check whether the nozzle, filter screen, conveyor belt and other components are intact.

2. Preparation: Set the appropriate temperature, time and pressure parameters according to the experimental requirements, and confirm that the selected cleaning agent meets the safety standards.

3. Feeding and positioning: Put the test tubes or containers to be cleaned into the machine in an orderly manner according to the prescribed method and arrange them to the corresponding positions by the distribution device.

4. Cleaning treatment: Start the main cleaning stage, set the appropriate flushing method and time according to the experimental requirements, and ensure that the surface of the test tube or container is clean and free of dirt.

Through the above detailed introduction, we know that the laboratory glassware washer has advanced design principles, perfect process flow and correct cleaning procedures. The scientific cleaning process ensures the hygiene and safety of the laboratory environment, and provides convenience while improving the reliability of experimental results.

Therefore, choosing a laboratory bottle washer with advanced design, perfect process flow and correct cleaning procedures is essential for scientific research and experimental work. Let us work together to make science more precise and more assured!