The volumetric flask washing machine is mainly used to clean glass instruments such as volumetric flasks used in laboratories, ensuring that their inner and outer walls are clean and meet experimental accuracy requirements.
The volumetric flask washing machine uses a fully automatic cleaning method to load volumetric flasks and other glassware into a closed cleaning space through specific baskets. It uses software programming technology to control the cleaning circulation pump, so that the cleaning solution with a certain temperature and cleaning agent content appears in a spraying state, and directly flushes the inside and outside of the glassware 360 °. Under the joint action of mechanical and chemical forces, it peels off, emulsifies, and decomposes the pollutants on the volumetric flask, thus completing the cleaning work.
core functionality
This device effectively removes residues from the volumetric flask through processes such as high-pressure water spraying and ultrasonic vibration, avoiding cross contamination. Suitable for daily laboratory cleaning needs, especially for experimental scenarios that require high-precision measurement.
structural composition
Shell and cavity: The shell material is generally 304 stainless steel, the door shell is made of corrosion-resistant and explosion-proof tempered glass, and the cavity material is 316L stainless steel, which has good corrosion resistance and stability.
Circulating system: Imported single circulation pump soft start design is commonly used, and the circulation volume can be adjusted.
Pipeline system: equipped with cleaning basket frame recognition technology, it can automatically recognize the basket frame to adjust the water consumption. The back water supply method is used to supply water to the cleaning basket frame. The basket frame is mostly designed as a module, which is convenient for free combination and replacement.
Control system: Based on microcomputer chip control technology, combined with touch screen, it can display real-time data such as water intake, cleaning program, temperature, pipeline pressure, etc.
Drying system: Dry the volumetric flask with HEPA filtered hot air to avoid secondary pollution.
Application scenarios
Laboratory cleaning: commonly used in chemical analysis, biological experiments, and other scenarios to ensure that the cleanliness of volumetric flasks meets experimental standards.
Instrument matching use: Some models support customized cleaning of irregular bottles and can be adapted to laboratory instruments of different specifications.