Revolving Sample Carriers

  • What is a Revolving Sample Carrier?

    Revolving sample carriers offer the option to carry multiple sample plates, while enabling them to be picked up a single approaching axis.

    Usually consisting of a fixed base and a rotating carousel of sample receivers, many different designs are available. Some require the use of a wobblestick to rotate the carousel, others are built for dual shaft application with built-in rotating mechanisms.

    If the product catalogue does not include a sample carrier that fits your intended application, we'll gladly consider to working out a custom solution with you.
    Connect with Ferrovac Sales for expert advice.

    Contact


    Product Code:

    Viewing enlarged image:

    Options:

    Drawer style receivers are highly adaptable. The most commonly used options are listed here.

    • FL - Flat Version: The stack of receptacles is designed to take up at as little space as possible, enabling it's use in applications in tight spaces, especially height-wise. Note: This limits the height that a mounted sample can stick up from the sample plate.
    • RMD /RMJ - Self-Revolving Option: The standard design of the revolving sample carriers features a carousel that is turned by pressing against it with a wobblestick and has defined arresting positions. The self-revolving design is compatible with dual-shaft heavy-duty sample transporters and features a built-in mechanism that enables the rotating of the carousel with the activation of the second shaft rotation.
    Number of Receivers:

    The number of receivers on the revolving sample carrier are usually two or four, split equally in the two directions of access.
    Revolving sample carriers with a greater amount of receivers are possible. Connect with Ferrovac Sales to discuss your requirements.

    Sample Holder Type:

    The sample holder type describes which type of sample holder the receivers on the carrier are compatible with.
    OM represents the standard, modernized Ferrovac design, which based on Omicron Flags.