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Hangzhou Chenggong Ultrasonic Equipment Co., Ltd
Ultrasonic fragmentation
NegotiableUpdate on 12/28
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Overview
Ultrasonic fragmentation is the process of utilizing the dispersion effect of ultrasound in a liquid to induce cavitation, resulting in the fragmentation of solid particles or cellular tissues in the liquid.
Product Details
Ultrasonic fragmentation is the process of utilizing the dispersion effect of ultrasound in a liquid to induce cavitation, resulting in the fragmentation of solid particles or cellular tissues in the liquid. The principle is that when ultrasonic vibration reaches a certain frequency and power, tiny bubbles are formed in the medium, which rapidly oscillate, grow, and collapse under the action of the sound field, producing instantaneous high-pressure and high-speed microjets, thereby breaking the cell wall.
Ultrasonic disruption has applications in various fields such as biochemistry, microbiology, medicinal chemistry, surface chemistry, physics, zoology, agriculture, medicine, and pharmaceuticals. It can efficiently break down cells, achieve cell division, fusion, and release of substances.
The advantages of ultrasonic fracturing are:
Efficiency: It can quickly break down cells, achieve efficient cell division, fusion, and substance release.
Environmental Protection: No need to add chemical reagents, reducing pollution to the environment and products.
Wide applicability: can be applied to the fragmentation of various cells and tissues.
Easy to operate: The device is simple and easy to use, with convenient operation and relatively simple maintenance.
For the maintenance of ultrasonic crushing equipment, the following points should be noted:
Regularly check whether the power supply and ultrasonic generator of the equipment are working properly.
Regularly clean the surface and internal components of the equipment to maintain its cleanliness and hygiene.
If the equipment malfunctions or has abnormal conditions, it should be stopped in a timely manner for inspection and repair.
Regularly check whether the fasteners and connections of the equipment are firm and reliable.
Set appropriate parameters for different experimental needs, such as power, frequency, and crushing time.
During the operation, avoid the formation of bubbles and maintain uniform dispersion of the sample.
For samples that cannot withstand high temperatures, it is necessary to pay attention to temperature control during operation.
The above information is for reference only. For more information, please consult with professionals from Hangzhou Chenggong Ultrasonic Equipment Co., Ltd.
