The new ultrasonic cleaning

    BuBble bags for ultrasonic cleaning

    Our BuBble bags are a new, innovative type of container for use in ultrasonic baths. The insides of the bag have been modified with a specific pattern in order to promote ultrasonic cleaning. This patented modification generates a lot more microbubbles, which leads to better and faster ultrasonic cleaning of objects inside the BuBble bag.



    1-minute explanation:


    • Faster and better ultrasonic cleaning
    • No cross-contamination between cleaning jobs or users
    • Less cleaning liquid necessary
    • Multiple cleaning liquids can be used simultaneously
    • The ultrasonic bath remains clean
    • Prolonged life of the ultrasonic bath
    • No contact damage when cleaning multiple items
    • Parts that are detached during ultrasonic cleaning are not lost



    Size ‘Small’ – 75×100 mm (20 mL)
    ‘Medium’ – 100×150 mm (50 mL)
    ‘Large’ – 200×150 mm (100 mL)
    Choose the size that fits best your objects and the depth of your ultrasonic bath.
    Other sizes are possible on request.
    Material 50µm thick (recycled) PP
    Resistant to most commonly used ultrasonic cleaning liquids and doesn’t block the ultrasound (as compared to the commonly used glass beakers, metal baskets and plastic cups).
    Recycle through the plastic disposal.
    Filling mark Indicates the optimal filling level.
    Punch hole For mounting of the bag inside an ultrasonic bath (see also the accessories).
    Closing Close the bag water-tight using our clips
    Packaging      Per 150 (S), 100 (M) or 50 (L) bags in a specially designed dispenser box.



    Photo of the three available BuBble bags formats.
    TIP: Hover over the image to reveal the dimensions.



    Click on the links below to read detailed examples of how BuBble bags can enhance specific ultrasonic cleaning applications.


    Multi-user labs for research. Ultrasonic cleaning of microscope glass, tweezer, objectives, lab-on-a-chip, etc., without cross-contamination between users.
    Also for emulsifying, particle synthesis, graphite exfoliation, radical generation (sonochemistry), salt dissolution, etc.


    Ultrasonic cleaning of files, mirrors, pliers, etc. No contact damage to diamant burrs; no cross-contamination.


    Screws, ferrules, 3D printed parts, etc. cleaned of dust and lubricants. Also useful for microfluidic chips. No cross-contamination between wafers in cleanrooms.


    Ultrasonic cleaning after machining, also for precision technology and miniature parts.

    >> For more ideas on ultrasonic cleaning applications, visit our blog.



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