In the daily operations of laboratories, cleaning various experimental vessels is a tedious yet crucial task. Laboratory bottle washers, as specialized cleaning equipment, can efficiently and conveniently address this issue, saving significant time and effort for researchers while ensuring that the cleaning results meet experimental requirements.
WORKING PRINCIPLE
Laboratory bottle washers achieve the cleaning of experimental vessels mainly through high - pressure water spraying, circulating water flow, and appropriate cleaning agents. Multiple spray arms are installed inside the equipment. When the machine starts, water is sprayed at high speed through the nozzles on the spray arms under high - pressure, forming fine water streams that impact the inner and outer surfaces of the experimental vessels from all directions. These water streams can reach every corner of the vessels, including the body, mouth, bottom, and complex internal structures. Meanwhile, the circulation system continuously recycles, filters, and reuses the used water to ensure a continuous and stable water supply during the cleaning process. In addition, specialized laboratory cleaning agents are used to effectively remove various chemical substances, biological samples, oil stains, and other contaminants remaining on the experimental vessels. The cleaning agent and water flow work in synergy to further enhance the cleaning effect, making the vessels cleaner.
FEATURE
Efficient Cleaning: Compared with traditional manual cleaning methods, laboratory bottle washers can clean a large number of experimental vessels in a short time, greatly improving cleaning efficiency. Their powerful spray systems and circulating water flow designs ensure that each vessel is thoroughly cleaned, with stable and reliable cleaning results.
Good Cleaning Effect: Through high - pressure water spraying and appropriate cleaning agents, bottle washers can effectively remove various stubborn stains, ensuring the cleanliness of experimental vessels. For some complex vessels that are difficult to clean manually, such as slender glass tubes and flasks,bottle washers can also handle them easily, ensuring that no dirt remains, providing reliable vessel guarantees for subsequent experiments.
High Degree of Automation: Most laboratory bottle washers have a highly automated operation process. Users only need to place the vessels to be cleaned in the special baskets or racks of the bottle washer, set the cleaning program (such as cleaning time, temperature, amount of cleaning agent, etc.), and the bottle washer can automatically complete the entire cleaning process, including pre - wash, main wash, rinse, and drying steps. After the cleaning is completed, the machine can also emit a prompt tone to inform the user that the cleaning task is finished.
Saving Labor and Water Resources: Using a bottle washer can reduce the time and labor costs required for manual cleaning. At the same time, due to its use of a circulating water system, compared with manual continuous running water cleaning, it can effectively save water resources, which is in line with the concept of environmental protection.
Safe and Reliable: Bottle washers are usually equipped with multiple safety protection measures. For example, the door lock device can prevent the machine door from accidentally opening during the cleaning process, avoiding operators from coming into contact with high - temperature and high - pressure water flow; the over - heat protection device can prevent the machine from overheating due to long - term operation or malfunctions, ensuring the safe operation of the equipment. In addition, the outer shell of the bottle washer generally uses heat - insulating materials to reduce heat dissipation and avoid scalding of operators.
CLASSIFICATION
Small - sized Bottle Washers：These bottle washers are relatively small in size and suitable for laboratories with limited space. Their cleaning capacity is relatively small, generally capable of accommodating 1 - 2 layers of standard laboratory baskets, and are suitable for handling the cleaning tasks of a small number of experimental vessels, such as those used by small research teams or individual laboratories.
Medium - sized Bottle Washers：Medium - sized bottle washers have a moderate size and cleaning capacity, capable of accommodating 3 - 5 layers of laboratory baskets, and can meet the daily cleaning needs of medium - scale laboratories, such as general university research laboratories or small - enterprise R & D centers.
Large - sized Bottle Washers：Large - sized bottle washers are relatively large in size and have a large cleaning capacity, capable of accommodating 6 or more layers of laboratory baskets. They are often used in large research institutions, central laboratories of hospitals, and R & D and production departments of large pharmaceutical companies, and can meet the centralized cleaning needs of a large number of experimental vessels.
APPLICATION
Scientific Research Laboratories
Chemical Laboratories: Used for cleaning various glass instruments, such as volumetric flasks, burettes, flasks, test tubes, etc., to remove residual chemical reagents and ensure the accuracy of experimental results.
Biological Laboratories: Cleaning petri dishes, pipettes, centrifuge tubes, cell culture flasks, and other biological experimental vessels, effectively killing possible remaining microorganisms and preventing cross - infection, providing a sterile vessel environment for biological experiments.
Medical Field
Hospital Clinical Laboratories: Cleaning various glass and plastic utensils used in inspections to ensure that inspection results are not contaminated.
Pathology Departments: Cleaning glass slides and cover slips used for pathological sections to ensure the accuracy of pathological diagnosis.
Pharmaceutical Industry
Drug R & D Laboratories: Cleaning various vessels used during the experimental process to ensure the purity requirements in the drug R & D process.
Production Workshops: Cleaning glass containers, plastic bottles, and other packaging materials on the production line to ensure that the cleanliness of drug packaging meets production standards.
