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 cleaning. This patented modification generates a lot more microbubbles, which leads to better and faster cleaning of objects inside the BuBble bag.
- 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 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 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 cleaning applications.
Multi-user labs for research. 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.
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.
Cleaning after machining, also for precision technology and miniature parts.
>> For more ideas, visit our blog.