A glassware washer is an essential part of laboratory equipment designed to automate the washing and disinfection of glass objects like test tubes, beakers, and pipettes. It typically consists of a spacious stainless steel chamber with racks, spray arms, and nozzles for efficient cleaning. Laboratory glassware is cleaned using a combination of high-pressure hot water, detergents, and, occasionally, disinfectants to get rid of residues, pollutants, and germs. They offer programmable cycles for customized cleaning and drying processes, ensuring consistent and thorough results. These automated systems save time, reduce the risk of contamination, and improve overall lab efficiency, making them indispensable in research, pharmaceutical, and clinical laboratories. Glassware washers contribute to laboratory safety and quality control by providing reliable and sterile glassware for experiments and analyses.
Washing Chamber Volume : 206 L
Cleaning Space : 195 L
Working Environment : 5°C to 40°C
Maximum Noise : 45 dB
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Cavity Volume : 126 L
Layer Number of Cleaning : 1 layer (2 layers petri dish)
Cleaning Temperature : 50° - 95°C
Circulation Pump Flow Rate : 320 L/min
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Cavity Volume : 126 L
Layer Number of Cleaning : 1 layer (2 layers petri dish)
Cleaning Temperature : 50° - 95°C
Drying Power : ≥1 KW
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Cavity Volume : 170 L
Layer Number of Cleaning : 2 (3 layers petri dish)
Cleaning Temperature : 50° - 93°C
Circulation Pump Flow Rate : 320 L/min
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Cavity Volume : 170 L
Layer Number of Cleaning : 2 (3 layers petri dish)
Cleaning Temperature : 50° - 93°C
Drying Power : ≥1 KW
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Cavity Volume : 198 L
Layer Number of Cleaning : 2 (3 layers petri dish)
Cleaning Temperature : 50° - 93°C
Circulation Pump Flow Rate : 600 L/min
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Cavity Volume : 198 L
Layer Number of Cleaning : 2 (3 layers petri dish)
Cleaning Temperature : 50° - 93°C
Drying Power : 2 KW
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