CellCelector Housings

The CellCelector housing solutions, designed for the CellCelector instrument, feature a unique design and environmental control options. Strategically placed ports and doors provide easy access to the instrument, facilitating its operation and simplifying maintenance procedures. Built-in sensors ensure user safety by preventing or immediately terminating the movement of the CellCelector system if the doors and ports are not fully closed.

See more Products below

*Custom/bulk order quotes are provided within 24 hours of request.

Choose your product

Filter by product attributes

Products (2)

  • Incubator FlowBox for CellCelector
    Item no.
    CC6003
    Line Voltage
    115 - 230 V, 50 - 60 Hz
    Operating Conditions - Temperature
    10 – 40 °C
    Sterility
    Yes
    Internal Lighting
    Yes
  • PCR Hood for CellCelector
    Item no.
    CC6002
    Line Voltage
    115 - 230 V, 50 - 60 Hz
    Sterility
    No
    Internal Lighting
    Yes
    Humidity level control
    No
  • The CellCelector FlowBox and PCR hood are ideal solutions for housing your CellCelector system. The PCR hood is a cost-effective solution that protects the CellCelector from dust and debris, ensuring it remains clean for everyday use. Additionally, built-in sensors enhance operator safety by preventing the movement of the CellCelector system when the housing doors are open. Owing to its lightweight design, the PCR hood can be placed directly on a benchtop with the CellCelector.

    Working with live cells often requires sterile conditions and the continuous maintenance of regulated physiological environments. The Incubator FlowBox has been specifically designed for use with the CellCelector and offers a unique combination of a laminar flow cell culture hood with precise control over temperature, humidity, and CO2 levels. These features ensure that any environmental changes between the tissue culture incubator and the Incubator FlowBox are minimized, significantly reducing the constraints on time to quickly measure, identify, and transfer cells before temperature or pH changes can impact cellular physiology.