What are the advantages of laboratory bottle washing machines compared to manual cleaning

Using a bottle washing machine can avoid manual contact with experimental containers contaminated with reagents, and prevent health risks caused by contact with corrosive products, chemicals, harmful bacteria, etc

Laboratory glassware is fragile, and during manual cleaning, damage to the glassware may cause personal injury and loss of consumables, effectively avoiding the use of laboratory bottle washing machines

The manual cleaning of 460 bottles in the laboratory takes more than 2 hours, while the cleaning, rinsing, and drying of 460 bottles can be completed in just 30 minutes. While improving work efficiency, it also saves time and costs

Some models of bottle washing machines not only have bottle washing and drying functions, but also meet national standards

Fully automatic cleaning process, laboratory bottle washing machine adopts full process microcomputer control operation, real-time collection and transmission of cleaning temperature, time, pipeline pressure and other information

This machine adopts dual circulation pump soft start variable frequency control technology, which can effectively avoid the impact of excessive water column pressure on glassware at the moment of water pump start-up and reduce the damage rate of glassware

In the process of manual cleaning, factors such as artificial environment and operating methods can easily lead to uneven cleaning residue and degree of cleaning. The bottle washing machine adopts dual rotary spray technology. After repeated cleaning, the cleaning ability is strong and the cleanliness is uniform, reducing the impact of residual cleaning solution on subsequent experiments

Due to the multiple cleaning brackets of the bottle washing machine, finely designed experimental instruments such as pipettes, slender volumetric flasks, and small test tubes can be effectively cleaned to avoid the difficulty of manual cleaning

The laboratory bottle cleaning operation adopts water circulation spray cleaning, which can effectively save cleaning water. According to experimental statistics, only about 20L of pure water is needed to clean a batch of glassware each time, while about 80L of pure water is required to completely clean the residue through manual cleaning.