Using a laboratory bottle washer allows experimenters to avoid potential risks from exposure to hazardous substances. For example: chemicals in cleaning agents can affect human health; residual infectious and toxic pollutants can harm experimenters; broken glass from manual cleaning can cause injury, leading to infection of experimenters with harmful organisms such as viruses.
The bottle washing machine runs automatically according to the program in the closed system, so the potential danger faced by the experimenters can be reduced to a lower level. This means that automatic washing with machines provides a greater degree of protection for experimenters. Its structural design also determines the reliability of its performance. Let’s take a look at how the laboratory glassware washer of XPZ is a machine with compact structure, high production capacity, simple structure and reliable performance.
Because it has helical T-shaped grooves on the surface of the lifting wheel body, the helical T-shaped grooves are evenly arranged at the bottom of the lifting wheel body along the circumferential direction, and are evenly grouped along the circumferential direction on the upper part of the lifting wheel body. The gap between the adjacent helical T-shaped grooves is smaller than the gap between the adjacent helical T-shaped grooves at the bottom of the lifting wheel; The bottle-out auger of the bottle device is perpendicular to the bottle-in auger.
When our laboratory bottle washing machine is used to clean the utensils after chemical and pharmaceutical laboratories for a long time, it is very important to be equipped with cleaning agents and cleaning methods. In use, the cleaning agent must be effective and reliable, but at the same time it must not leave any residue. In the final analysis, the bottle washing machine also needs to be cleaned regularly. Specifically, there are the following key tasks:
1. Whether the machine is clean or not directly affects the experimental data.
2. Standardized management in the laboratory is possible, the bottle washing machine is well-documented, and disposable consumables are not used.
3. Use environmentally friendly and non-polluting cleaning agents.
4. Scrub the nozzles every month, dredge the nozzles, and adjust the alignment of the nozzles in time.
5. The heater should be sprayed with high-pressure water once a quarter, and the dirt filter and liquid level detector on the steam pipeline should be cleaned once.
6. Check all kinds of chain tensioners every six months and adjust them when necessary.
7. Every time the washing liquid is replaced and the waste water is discharged, the inside of the machine must be washed in all aspects to remove dirt and broken glass, and the filter cartridge should be cleaned and dredged.
At present, domestic laboratory bottle washing machines are in the initial stage, and domestic laboratories are increasingly accepting bottle washing machines. It has brought standardization and environmental protection to laboratories.