Products Description
Ultrasonic Cell Disruptor is a laboratory device that utilizes ultrasonic energy to disrupt the cell wall, thereby enabling the release of intracellular material. This equipment has a wide range of applications in biotechnology, pharmaceuticals, food industry and chemical research, especially in experiments where proteins, nucleic acids, enzymes and other biomolecules need to be extracted from cells.
Ultrasonic Cell Breaker works by generating high-frequency sound waves so that the cells in the liquid are subjected to the cavitation effect (cavitation). Cavitation refers to the formation of tiny bubbles in the liquid that grow rapidly under the action of ultrasound and burst under pressure. The bursting of the bubbles generates enough energy to damage the cell wall, but not necessarily the biomolecules inside the cell, so this device is particularly suitable for research that requires the maintenance of biologically active substances.
The main features of the ultrasonic cell breaker include
1. High efficiency: it can quickly destroy a large number of cells and improve the experimental efficiency.
2. Controllable: by adjusting the frequency and power of ultrasonic waves, the degree of cell breaking can be precisely controlled.
3. Non-thermal effect: ultrasonic treatment usually does not lead to a significant increase in temperature, which is conducive to the extraction of heat-sensitive substances.
4. Multi-functional: In addition to cell crushing, it can also be used for homogenization, emulsification and dispersion of samples.
When choosing an ultrasonic cell crusher, the following factors need to be considered:
- Power: Different models of equipment have different power, you need to choose the right power according to the scale of the experiment and cell type.
- Probe type: Some devices are equipped with different probes for different sizes and types of samples.
- Temperature control: Some devices have built-in temperature sensors to monitor and regulate the temperature during processing to avoid overheating.
- Program settings: Some high-end devices offer programmable control options that allow you to preset processing parameters according to your experimental needs.
|
Model |
UCD-150 |
UCD-250 |
UCD-500 |
UCD-650 |
UCD-950 |
UCD-1200 |
UCD-1500 |
UCD-1800 |
UCD-2000 |
|
Frequency (KHz) |
20-25 |
20-25 |
20-25 |
20-25 |
20-25 |
19.5-20.5 |
19.5-20.5 |
19.5-20.5 |
19.5-20.5 |
|
Crushing Capacity(ml) |
0.2-150 |
0.2-250 |
0.2-400 |
0.2-500 |
0.2-700 |
10-1000 |
50-1500 |
50-1800 |
50-2000 |
|
Standard Amplitude-change Pole (mm) |
6 |
6 |
6 |
6 |
6 |
20 |
22 |
22 |
25 |
|
OptionalAmplitude-changePole (mm) |
2, 3, 6, 8 |
2, 3, 6, |
2, 3, 6, |
2, 3, 6, |
2, 3, 6, |
10, 15, |
10, 15, |
10, 15, |
10, 15, |
|
Consumption(W) |
0-150 |
0-250 |
0-500 |
0-650 |
0-950 |
0-1200 |
0-1500 |
0-1800 |
0-2000 |
|
PowerSupply |
AC220V/110V±10%, 50/60Hz; |
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|
Package Size (W*D*H) |
350*350*550mm(acousticchamber) |
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|
Gross Weight(kg) |
30 |
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Equipment with different specifications and features are available so that users can choose according to their experimental needs and budget. When using an ultrasonic cell crusher, the manufacturer's operating instructions should be followed to ensure the safety and effectiveness of the experiment.
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