Glassware cleaning machines can replace manual labor to avoid damage to laboratory personnel caused

The glassware cleaning machine achieves the cleaning effect through high-frequency ultrasonic vibration, supplemented by specialized cleaning agents, to achieve the cleaning of glass bottles and utensils. It has the characteristics of standardized batch cleaning, high consistency in cleaning quality, and contactless cleaning, greatly reducing the consumption of manpower and material resources, and improving cleaning quality and speed.

In analytical work, the washing of glass bottles and dishes is a seemingly ordinary but extremely important step. Whether the washing of bottles and dishes meets the standards will have an impact on the accuracy and precision of experimental results. The following commonly used lotions can effectively remove residues, but they have the problems of being single, difficult to store, and dangerous to use.

The instrument and equipment developed based on user needs for laboratory glassware cleaning and drying are controlled by computer programs, achieving full automation of cleaning, drying, and sterilization of various glassware in the laboratory. It can replace manual labor, avoid the harm of cleaning agents to laboratory personnel, and improve work efficiency.

Application scope:

The glassware cleaning machine is mainly used for laboratory cleaning glassware, beakers, test tubes, glass slides, cover slides, glass straws, pipette and other laboratory utensils. When the cleaned parts are precision glassware, components or assemblies, glassware often becomes a cleaning method that can meet its special technical requirements.

Cleaning effect:

Glassware vibrates at high frequencies of tens to 40000 times a second, causing all the dirt attached to the surface of the object to fall off. Ultimately, cleaning is achieved because ultrasound has the ability to penetrate laboratory instruments such as glassware, beakers, test tubes, glass slides, and cover glasses. The dirt attached to the inner wall of the instrument also shook and fell, with the effect of cleaning laboratory glassware and reusable materials without leaving traces, uniformity, and residue. This makes this product play an important role in the analysis, synthesis, and cell culture laboratories.