EasyClean-260 Bottle Washing Machine

Product Model: EasyClean-260​

The INNOTEG EasyClean Bottle Washing Machine is developed to meet the latest GMP requirements. It is designed for the cleaning needs of pharmaceutical QC laboratories, research institutions, universities, and similar settings. This equipment provides comprehensive processing of laboratory glassware and utensils, including pre-wash, washing, rinsing, disinfection, and drying.

It enables repeatable and documented cleaning processes, effectively addressing the issues of quality inconsistency and the inability to replicate or record results inherent in manual cleaning. The EasyClean simplifies the entire cleaning procedure.

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EasyClean-260 Bottle Washing Machine

ADVANTAGES

  • Stable Control: Utilizes an imported German Siemens PLC control system with a 7-inch oversized LCD touch screen. Features a selectable Chinese/English operating interface, allowing real-time monitoring and display of the entire equipment’s operational status via the PID running program on the display screen.
  • Professional-Level Programming: Includes 20 standard cleaning programs. Customers can set up to 20 custom cleaning programs according to their needs.
  • User-Friendly Design: Equipped with original US-imported electronic door locks.
  • Safety Protection: The control system alarms for equipment abnormalities and deviations, enabling automatic alerts.
  • Key Components from Renowned Brands: Features a Swedish-imported circulation pump (Perfecta) with a flow rate of 0-600 L/min, installed with soft-start and anti-overload sensors.
  • Stable Materials & Processing: The chamber interior and inner door panel are constructed of 316L mirror-finish stainless steel.
  • Modular Basket Design: Baskets feature a rear coupling interface. Designed as 1/4 modular baskets, where each module is interchangeable.
  • Spray System: Standard configuration includes upper and lower rotating spray arms. Equipped with fan-shaped nozzles and an asymmetric design to achieve full cleaning coverage.
  • User-Centric Features: The loading door incorporates a double-layer tempered glass viewing window. An internal top-mounted lighting device allows observation of the cleaning process inside the chamber.
  • IoT Connectivity (Optional): The washer includes an integrated GPS positioning system for real-time monitoring of equipment status. Operational data is transmitted to the cloud via internet protocol for big data aggregation and analysis. Automatically sends fault notifications to relevant service personnel in case of malfunction, preventing unnecessary service calls and reducing downtime.
  • Conductivity Monitoring (Optional): Built-in conductivity detection system. The display automatically shows the conductivity of the final rinse water.

Application

  • University Research Laboratories: Covering multiple disciplines such as chemistry, biology, medicine, and materials science. For instance, in chemical synthesis experiments, bottle washers can clean various specifications of flasks, condenser tubes, etc.; in biological experiments, they can effectively clean cell culture bottles, centrifuge tubes, and other items.
  • Research Institutes: Such as various institutes under the Chinese Academy of Sciences, which have extremely high requirements for the cleanliness of experimental utensils when conducting cutting-edge scientific research. Bottle washers can be used to clean reactors for nanomaterial research, glass slides for electron microscope sample preparation, and other utensils, providing stable support for scientific research work.
  • Pharmaceutical Enterprise R&D Laboratories: In the process of drug development, a large number of glass utensils need to be cleaned, such as reaction bottles for drug synthesis, chromatographic columns for drug analysis, etc. Bottle washers can remove residual drug components and impurities, ensuring the accuracy and reproducibility of experimental results.
  • Pharmaceutical Production Workshops: In the pharmaceutical production process, cleaning machines are used to clean packaging containers such as vials and ampoules. For example, in the production of injectables, bottle washers can efficiently clean and sterilize ampoules, ensuring the cleanliness of drug packaging and preventing drug contamination.
  • Food Testing Laboratories: Used to clean petri dishes for food microbiological testing, cuvettes for food component analysis, etc. Through the cleaning of the washing machine, residual food components can be avoided from interfering with subsequent tests, ensuring the accuracy of test results.
  • Beverage Production Laboratories: In the process of beverage development and quality control, it can clean glass utensils used to detect indicators such as the acidity, alkalinity, and sugar content of beverages, providing a guarantee for beverage quality control.
  • Environmental Monitoring Stations: When analyzing environmental samples such as water, soil, and air, a large number of sampling bottles, digestion tanks, and other utensils need to be cleaned. Bottle washers can effectively remove pollutant residues from utensils, ensuring the reliability of environmental monitoring data.
  • Environmental Protection Research Institutions: When researching new environmental pollutant detection methods and environmental remediation technologies, cleaning machines can clean various glass utensils used in experiments, providing support for environmental protection research work.
  • Hospital Clinical Laboratories: Can clean various test reagent bottles, blood collection tubes, cuvettes, etc. Ensuring the accuracy of test results and reducing the risk of misdiagnosis caused by utensil contamination.
  • Medical Research Laboratories: In medical research, such as cell biology research, genetic testing, and other experiments, they can efficiently clean and sterilize experimental utensils, providing a guarantee for medical research.
  • Chemical Enterprise R&D Centers: In the process of chemical product development, cleaning machines can clean various flasks used in chemical reactions, glass instruments used to analyze the composition of chemical products, etc. Ensuring the cleanliness of experimental utensils is conducive to obtaining accurate experimental data.
  • Chemical Analysis and Testing Laboratories: When conducting quality inspections on chemical raw materials and products, a large number of glass utensils need to be cleaned. Laboratory automatic bottle washers can improve cleaning efficiency and ensure the accuracy of test results.