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Aurora-F2 laboratory glassware washer,can be installed under the laboratory table-board or separately. It can be connected with tap water & pure water. The standard process is to use tap water & detergent to do mainly wash, then use Pure water rinsing. It will bring you a convenient and fast cleaning effect, when you have drying requirements for cleaned utensils, please choose Aurora-F2.

Aurora-F2 laboratory glassware washer,can be installed under the laboratory table-board or separately. It can be connected with tap water & pure water. The standard process is to use tap water & detergent to do mainly  wash, then use Pure water rinsing. It will bring you a convenient and fast cleaning effect, when you have drying requirements for cleaned utensils, please choose Aurora-F2.

XPZ, setting new industry standards.

WITH YOU EVERY STEP OF THE WAY.

From selecting and configuring the right
machine for your job to helping you finance the purchase that generates noticeable profits.

MISSION

STATEMENT

XPZ is a leading manufacture of laboratory glassware washer, located in Hangzhou China. XPZ specializes in research, production and trade the automatic glassware washer which is applied to food, medical,environmental inspection, chemical analysis and laboratory animals..

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NEWS

  • Teaching, Pharma, Eco-Science: The Cross-Domain Triumph of a Glassware Washer

    In laboratories, glassware serves as scientists’ “extended hands” in the pursuit of discovery. Yet traditional manual cleaning—time-consuming and inconsistent—often compromised results. Enter XPZ intelligent Glassware Washer, transforming cleaning into a standardized, hands-off ...

  • The Human Touch of Technology: How a Glassware Washer Redefines the Value of Research Time

    At 2 a.m. in the lab, Dr. Li stared wearily at a mountain of Erlenmeyer flasks—until a Made-in-China solution, the XPZ Moment-F2 Glassware Washer, transformed his daily grind. What used to be a 2-hour manual chore became a story of reclaimed time and renewed purpose.   — ### From “Gla...

  • 60% Water Savings + 30% Energy Reduction: Calculating the Total Lifecycle Cost of Glassware Washers

    Laboratory glassware washer selection should never be based solely on initial purchase price, but rather on a comprehensive evaluation of the Total Cost of Ownership (TCO) throughout the equipment’s service life. A complete cost-benefit analysis enables lab managers to make more scientific ...

  • Insulated Chamber × Energy-Saving Design: The Green Transformation of High-Energy-Consumption Labs

    In life science research and laboratory animal husbandry, the cleanliness of cages directly impacts animal health and data reliability. Traditional manual washing struggles with inefficiency and biofilm removal, while automated cage washers standardize and streamline the process through high-pres...

  • Maintenance and Care Tips for Fully Automatic Bottle Washing Machines

    Fully automatic glassware washing machines are essential equipment widely used in industries such as food and beverages. Their primary function is to clean various types of bottles to ensure product hygiene and quality. To extend their service life and maintain efficient operation, regular mainte...