Ultrasonic Liquid Processor for Advanced Nano Dispersion
Introduction:
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Ultrasonic homogenization is the use of ultrasonic cavitation in liquids and other physical effects to achieve homogenization. Physical action refers to the formation of an effective agitation and flow disrupting medium in the liquid, the pulverizing of the particles in the liquid, mainly the collision between the liquid, the micro phase flow and the shock wave leading to changes in the surface morphology of the particles.
Ultrasound is a well-established method for emulsifying. Ultrasonic processors are used in the generation of nano-size material slurries, dispersions and emulsions because of the potential in the deagglomeration and the reduction of primaries. These are the mechanical effects of ultrsonic cavitation. Ultrasonic can also be used to influence chemical reactions by the cavitation energy.
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| As the market for nano-size materials grows, the demand for ultrasonic processes at production level increases. Hanspire Automation provides powerful ultrasonic homogenizers for application in lab and industry production scale. |
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Application:
1.Cell crushing & Microorganism Extraction.
2.Tissue Dissociation, Cell Isolation & Cellular Organelle Extraction
3. Water and oil Emulfication for food and make-up industries.
4. Essential Oil Extraction
5. Caffeine & Polyphenols Extraction
6. THC & CBD Extraction
7. Graphene & Silicon Powder Dispersion.
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Demonstration Of The Working Performance:
Specifications:
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Model |
H-UH20-1000S |
H-UH20-1000 |
H-UH20-2000 |
H-UH20-3000 |
H-UH20-3000Z |
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Frequency |
20KHz |
20KHz |
20KHz |
20KHz |
20KHz |
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Power |
1000 W |
1000 W |
2000W |
3000W |
3000 W |
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Voltage |
220V |
220V |
220V |
220V |
220V |
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Pressure |
Normal |
Normal |
35 MPa |
35 MPa |
35 MPa |
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Intensity of sound |
>10 W/cm² |
>10 W/cm² |
>40 W/cm² |
>60 W/cm² |
>60 W/cm² |
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Material of probe |
Titanium Alloy |
Titanium Alloy |
Titanium Alloy |
Titanium Alloy |
Titanium Alloy |
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Generator |
Digital type |
Digital type |
Digital type |
Digital type |
Digital type |
Advantage:
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1.The main material of our ultrasonic probe is Titanium Alloy, it’s suitable for all industries including medical industry and food industry.
2. There are many different size and shapes of our ultrasonic probe could be manufactured based on different requirements.
3. 20KHz Ultrasonic digital generator, automatic frequency searching and tracking, stable working performance.
4. Very easy for operation.
5. Intelligent generator, wide power setting rang from 1% to 99%.
6. High amplitude, huge power, long working hours.
7. High quality materials for the reactor: high quality glass, 304SS, 316L SS materials tank.
8. Custom sizes available for laboratory and high volume industrial applications.
- Comments From Clients:

Payment & Shipping:
| Minimum Order Quantity | Price(USD) | Packaging Details | Supply Ability | Delivery Port |
| 1 Piece | 2100~ 20000 | normal export packaging | 50000pcs | Shanghai |


Our Ultrasonic Liquid Processor goes beyond mere homogenization; it's an essential tool for the efficient extraction of Cannabidiol (CBD) from cannabis plants. The ultrasonic waves enhance the permeability of cell membranes, facilitating a more efficient and faster extraction of CBD, all while maintaining its purity and potency. This method stands out by offering a non-toxic, environmentally friendly alternative to traditional extraction methods that often rely on harsh chemicals. Incorporating the latest advancements in ultrasonic technology, the Ultrasonic Liquid Processor by Hanspire is designed for stability and efficiency. It is an indispensable asset for research labs, pharmaceutical companies, and material science institutions aiming to push the boundaries of innovation. With its robust build, this processor promises longevity and performance, ensuring that your investment is not just for today but for the future of groundbreaking discoveries. Explore how our processor can transform your dispersion and extraction processes, making them more efficient, eco-friendly, and ultimately, more profitable.






