Branson Digital Sonifier 450 for Advanced Cell Disruption & Homogenization
Branson
Details
-
CategoryHomogenizer / Stirrer
-
Dimension41.0cm x 25.0cm x 23.0cm
-
SerialBBU12072663A
-
Shipping TypeFedEx Ground
-
ManufacturingDoes Not Apply
-
Voltage / Hertz230V / 50Hz/60Hz
Description
The Branson Digital Sonifier 450, condition 'Good', is an advanced ultrasonic processing device featuring a converter, disruptor, and probe. Featuring 20 pre-sets for effective processing of samples up to 700mL, it delivers precise process control via automatic tuning and frequency storage. Its operational modes include continuous, pulsed, timed, and temperature end-point, making it ideal for applications like cell disruption, nanoparticle processing, emulsification, homogenization, cell lysing, and DNA/protein processing. Despite some cosmetic wear, the device powers on and passes basic tests, indicating functionality without known issues. Electrical requirements are 230V and 50Hz/60Hz. The unit does not include power/data cables or manuals.
Key Features
- Includes converter, disruptor, and probe
- 20 pre-sets for sample processing
- Handles samples up to 700mL
- Automatic tuning and frequency storage
- Modes: continuous, pulsed, timed, temperature end-point
- Ideal for cell disruption, nanoparticle and protein processing
- Powers on and performs basic functionality tests
Specifications
- Timer: 1 Second to 10 Hours
- Wattage: 400W
- Intensity Control: 10 - 100%
- Electrical Requirements: 230V, 50/60Hz
- Operational Modes: continuous, pulsed, timed, temperature end-point
- Max Sample Volume: 700mL
- Automatic Tuning and Frequency Storage
Weight
Imperial: 28.8 Pounds
Metric: 13.06 Kilograms
Shipping Dimensions
Imperial: 19.2 lb x 12.0 lb x 10.8 lb
Metric: 48.77 cm x 30.48 cm x 27.43 cm
Harmonized Code
901890
Harmonized Code Details
Harmonized code 901890 covers 'Instruments and appliances used in medical, surgical, dental or veterinary sciences'. This selection is justified as the Branson Sonifier is utilized in laboratory procedures involving biomedical applications such as cell disruption and emulsification.
Comments 0
There are currently no public comments.