The Revvity Omni Bead Ruptor Cryo Cooling Unit (19-8005) provides active sample chilling during homogenisation with the Bead Ruptor Elite. It directs chilled air from -100 to -50 °C into the processing chamber and across the sample tubes, helping maintain samples from 4 °C to ambient. This temperature control supports the processing of heat-sensitive materials such as RNA, proteins, functional enzymes and volatile small molecules.
Key Features
- Active chamber cooling, directing chilled air across sample tubes to dissipate heat generated during bead milling
- Chilled air from -100 to -50 °C, providing low-temperature airflow within the sample processing chamber
- Sample temperatures maintained from 4 °C to ambient, supporting temperature-sensitive homogenisation workflows
- Adjustable cooling rate, allowing the cooling level to be adapted to the processing requirement
- Two compatible cooling media, operating with liquid nitrogen or dry ice in ethanol, with liquid nitrogen preferred
- Dedicated Bead Ruptor Elite compatibility, designed for use with the Revvity Omni bead mill homogeniser
- Support for heat-sensitive analytes, including RNA, proteins, functional enzymes and volatile small molecules
- Compressed-air operation, requiring dry medical-grade air supplied at 120 PSI
- Defined carriage compatibility, not suitable for tube carriages greater than 7 mL or the 48-position 2 mL carriage
- Compact benchtop construction, measuring 22.9 cm wide x 34.3 cm deep x 29.2 cm high and weighing 7.2 kg
- CE-accredited configuration, supplied as one cryo cooling unit
Note: Operation requires compressed dry medical-grade air at 120 PSI and either liquid nitrogen or dry ice in ethanol. The unit is not compatible with tube carriages greater than 7 mL or the 48-position 2 mL carriage. For research use only and not for use in diagnostic procedures.
Benefits
- Limits temperature increases caused by friction during bead mill homogenisation.
- Helps protect RNA and proteins from temperature-related degradation during sample processing.
- Supports controlled extraction workflows involving functional enzymes and volatile small molecules.
- Maintains lower sample temperatures without interrupting compatible Bead Ruptor Elite processing cycles.
- Provides flexibility to use liquid nitrogen or dry ice in ethanol according to the laboratory setup.
- Allows the cooling rate to be adjusted for different temperature-sensitive sample workflows.
Why Choose the Revvity Omni Bead Ruptor Cryo Cooling Unit (19-8005)?
The Revvity Omni Bead Ruptor Cryo Cooling Unit (19-8005) provides a manufacturer-specified active cooling solution for laboratories processing heat-sensitive samples with the Bead Ruptor Elite. By directing chilled air through the processing chamber, it helps control the heat generated during bead milling and supports sample temperatures from 4 °C to ambient. John Morris Group supplies Revvity homogenisation instruments and compatible sample preparation accessories throughout Australia.
