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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.

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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.

XPZ, setting new industry standards.

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machine for your job to helping you finance the purchase that generates noticeable profits.

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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

  • XPZ Advances Installation Implementation in June: Dual Product Lines Drive Laboratory Efficiency and Standardization

    Bridging Innovation and Global Decontamination Standards As midsummer arrives, XPZ continues to accelerate its dual-track engineering footprint. In June, XPZ’s installation and service teams achieved critical progress across both its core business sectors: Laboratory Glassware Washers and ...

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  • The Critical Role of XPZ Laboratory Glassware Washers in Chemical Research

    The Foundation of Chemical Accuracy In modern chemical laboratories, the automated glassware washer has transitioned from an operational luxury to a critical infrastructure component. Beyond accelerating daily workflows, automated cleaning directly underpins the accuracy of experimental data and ...

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  • On-Site Field Test: Automated Cleaning Solutions for Glassware with Heavy Organic Residues

    During routine laboratory testing and chemical synthesis, viscous organic residues frequently solidify on the inner walls of evaporating dishes and narrow-necked Erlenmeyer flasks. Managing these stubborn deposits through traditional manual washing presents distinct operational pain points. Hard-...

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  • Why Automatic Laboratory Glassware Washers Are Becoming the Industry Standard

    The Shift Toward Laboratory Automation In modern scientific research, pharmaceutical development, and clinical diagnostics, efficiency and safety are paramount. Traditionally, the cleaning of laboratory glassware—such as flasks, beakers, and pipettes—relied heavily on manual labor. However, an in...

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  • Optimizing Cleaning Performance and Process Parameters for XPZ Petrochemical Washing Systems

    The Demands of Petrochemical Maintenance The petrochemical industry operates under extreme conditions, where pipelines, heat exchangers, reactors, and storage tanks are continuously exposed to harsh substances. Over time, these systems accumulate heavy oil sludge, coke deposits, chemical scaling,...

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