Ultrasonic Sonicator: 20KHz Stability for Extraction & Emulsification

In the innovative world of industrial processing, the Ultrasonic Sonicator emerges as a groundbreaking solution, particularly in the realms of medical herb extraction and makeup emulsification. This high-stability 20KHz unit, meticulously crafted by Hanspire, leverages the sophisticated mechanism of ultrasonic cavitation to revolutionize traditional methodologies, ushering in an era of efficiency and precision that industries across the globe have long sought. At its core, the Ultrasonic Sonicator operates on a principle that sounds almost too futuristic to believe: ultrasonic cavitation. This process involves the generation of minute, vacuum-like bubbles in a liquid medium through the rapid vibrations produced by the sonicator’s ultrasonic waves. As these bubbles collapse, they release tremendous energy, breaking down cellular walls and emulsifying compounds at a microscopic level without altering the chemical composition of the product. This mechanism allows for the extraction of pure essences and active compounds from medical herbs with unparalleled efficiency and the creation of stable, uniform emulsions in cosmetic products. The versatility and efficiency of the Ultrasonic Sonicator stand unparalleled, making it an indispensable tool in a wide array of industrial applications. From pharmaceuticals to cosmetics, the demand for more refined and pure products is ever-increasing. The ability of this 20KHz ultrasonic homogenizer to process materials in a non-thermal, non-invasive manner ensures that the integrity of sensitive compounds is preserved, resulting in products of the highest quality. Moreover, its application in makeup emulsification speaks volumes about its capability to create smooth, consistent mixtures that lead to superior end products, redefining industry standards.

Introduction:

 

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Ultrasonic homogenizer works through ultrasonic cavitation. The "cavitation" effect of ultrasonic wave in liquid forms local high temperature, high pressure or strong shock wave and micro jet, which propagates in the form of standing wave in the suspended body, causing the particles to be periodically stretched and compressed. The combination of these actions leads to the destruction of the agglomerate structure in the system, the enlargement of the particle gap and the formation of separate particles.   Ultrasonic extraction is the preferred technique to isolate bioactive compounds from botanicals. Sonication achieves a complete extraction and thereby superior extract yields are obtained in a very short extraction time. Being such an efficient extraction method, ultrasonic extraction is cost- and time-saving, whilst resulting in high-quality extracts, which are used for food, supplements and pharmaceuticals.

Application:

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1.Food processing. Ultrasonic crystallization can modify the quality of food and improve its quality. Ultrasonic extraction can greatly improve the yield, quality, and filtration speed of juices such as fruits and vegetables; Ultrasonic drying has great potential for the application of heat sensitive foods, as it can improve the removal rate and drying speed of moisture, and the dried materials will not be damaged or blown away.

2.Ultrasound pharmaceuticals. Due to its ability to transmit energy, can disperse and crush small particles under the action of ultrasound. Therefore, it is also widely used in the pharmaceutical field, especially in the dispersion and preparation of drug components.

3.Chinese Herbs Extraction. Using ultrasound to disperse and destroy plant tissues, accelerating the penetration of solvents through tissues, and improving the extraction rate of effective components of Chinese herbal medicine. For example, it takes more than 5 hours to extract all alkaloids from the bark of cinchona bark using general methods, and only half an hour to complete ultrasonic dispersion.

4.Plant essential oil extraction. The ultrasonic oil extraction plant extraction equipment is mainly suitable for the extraction of essential oils from plant raw materials such as natural fragrances, flowers, roots, branches, and leaves. For example, the extraction of osmanthus, roses, jasmine, iris, agarwood, etc.

5.Polyphenols. Ultrasound treatment can improve the bioavailability of polyphenols in camu camu fruit honey.

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Demonstration Of The Working Performance:

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Specifications:

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Model	H-UH20-1000S	H-UH20-1000	H-UH20-2000	H-UH20-3000	H-UH20-3000Z
Frequency	20KHz	20KHz	20KHz	20KHz	20KHz
Power	1000 W	1000 W	2000W	3000W	3000 W
Voltage	220V	220V	220V	220V	220V
Pressure	Normal	Normal	35 MPa	35 MPa	35 MPa
Intensity of sound	>10 W/cm²	>10 W/cm²	>40 W/cm²	>60 W/cm²	>60 W/cm²
Material of probe	Titanium Alloy	Titanium Alloy	Titanium Alloy	Titanium Alloy	Titanium Alloy
Generator	Digital type	Digital type	Digital type	Digital type	Digital type

Advantage:

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1. Titanium alloy material ultrasonic probe, safe for almost all industries.   Different size and shapes of ultrasonic probes for selection   Working with digital generator, automatic frequency searching and tracking.   With automatic alarm protection, easy to operate.   Power adjustable from 1% to 99%.   Stable output amplitude, long working hours, radiation area is increased 2.5 times than traditional tools   Provide consulting services and custom reactor designs.   Custom sizes available for laboratory and high volume industrial applications.

2. Comments From Clients：

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Payment & Shipping:

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Minimum Order Quantity	Price（USD）	Packaging Details	Supply Ability	Delivery Port
1 Piece	2100~4900	normal export packaging	50000pcs	Shanghai

 

Hanspire’s commitment to innovation is embodied in the design of this Ultrasonic Sonicator. It is not merely a piece of equipment but a comprehensive solution tailored to meet the dynamic needs of today’s industries. With an emphasis on durability, the device assures long-term operation stability, which, coupled with its high efficiency, makes it a cost-effective investment for businesses looking to elevate their production capabilities. In conclusion, the advent of ultrasonic technology in industrial processing, epitomized by the Hanspire Ultrasonic Sonicator, is a testament to the transformative potential of innovation. By facilitating more efficient extraction and emulsification processes, this device not only optimizes production but also paves the way for the development of products that are purer, of higher quality, and more aligned with the demands of contemporary consumers. The future of industrial processing is here, heralded by the ultrasonic cavitation capabilities of the Hanspire 20KHz Ultrasonic Sonicator.