The fully automatic vessel cleaning machine is an intelligent cleaning equipment designed for laboratories, which can effectively and standardizedly clean, rinse, disinfect, and dry various types of glassware and metal tools.
working principle
Spray cleaning: The water flow is driven by a centrifugal pump or high-pressure pump, and sprayed onto the inner and outer surfaces of the vessel through a rotating spray arm and a multi angle nozzle. The slanted cut design on the side of the cleaning column can cover the inner wall of the test tube, and the upper and lower spray arms achieve 360 ° cleaning of the outside of the vessel.
Drying technology: Hot air circulates through the original outlet to quickly dry the vessel. Some models are equipped with a hot air drying system, combined with HEPA filtration devices, to avoid pipeline moisture pollution.
Water quality control: It can be connected to deionized water or pure water systems to ensure that the rinsing water meets the standard. Some models have water circulation filtration and turbidity monitoring functions to achieve water conservation and environmental protection.
Main Features
Good cleaning effect: Equipped with a high-pressure spray system and a rotating spray arm, it can generate high water pressure to ensure that every corner of the vessel can be cleaned, which can adapt to diverse cleaning needs.
High degree of intelligence: customizable cleaning parameters and multiple cleaning programs can be saved. Some models support RFID identification of container baskets, automatic liquid addition systems, and remote monitoring functions.
High safety performance: equipped with multiple intelligent safety systems, such as basket recognition control system, spray arm speed monitoring system, etc., and also equipped with conductivity online monitoring system, ensuring safe cleaning of vessels and no residual cleaning agents.
Data traceability: Some models have a "black box" function, built-in data storage, and can record the cleaning status throughout the process. The data can be exported and saved through USB or RS232 interfaces, and a micro printer can also be configured to print cleaning data.
Application field
Research laboratory: chemistry, biology, materials and other laboratories in universities and research institutes, used for cleaning various experimental vessels.
Pharmaceutical companies: Intermediate testing and quality control laboratories in GMP workshops can ensure that containers meet hygiene standards.
Medical institutions: Cleaning of sample processing equipment in hospital laboratories and disease control centers can effectively remove microorganisms and pollutants.
Food and cosmetics industry: Clean the pre-processing dishes in the testing laboratory to ensure the accuracy of the test results.
Environmental monitoring station: used for cleaning glassware in water quality and soil analysis, meeting the requirements of environmental monitoring experiments.