The cleanliness of laboratory glassware is a key prerequisite for ensuring accurate and reliable experimental data. Removing stubborn attachments on glassware is an essential part of daily laboratory management. Traditional cleaning mainly relies on manual work with differentiated operations for various stains. Common oil stains are cleaned with detergent, organic tar residues need pretreatment with organic solvents, and acid, alkali and metal contaminants are eliminated by corrosive chemical neutralization.

However, manual cleaning has obvious defects, including inconsistent operation standards, low efficiency and potential health risks caused by chemical reagents, which cannot meet the high cleanliness requirements of precision experiments.

Automatic glassware washing machines perfectly make up for these deficiencies. The closed working environment reduces chemical hazards and can thoroughly remove complex stubborn dirt such as protein, traditional Chinese medicine residues and heavy metals, complying with trace analysis cleaning standards. With customized programs and racks, the equipment simplifies operation, improves cleaning efficiency and uniformity, and promotes standardized, safe and intelligent cleaning management in laboratories.