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Ultrasonic Creams Homogenizer
Creams contain a variety of ingredients—such as vitamins, antioxidants, peptides, and lipids—each serving a distinct function and working together to protect human skin. Generally speaking, the smaller the droplets of these ingredients and the more thoroughly they are mixed, the more easily they are absorbed by the skin. -
Flow Cell Ultrasonic Homogenizer
Frequency: 20kHz±0.5, automatic tracking
Rated power: 3.0kW/5.0kW
Process volume: 50~200L/unit/batch
Equipment composition: ultrasonic probe+ultrasonic controller+flow cell+stand
Equipment advantages: the flow cell ultrasonic homogenizer concentrate the strongest ultrasonic energy in the flow cell to achieve the nano dispersion. The number of flow cells can be flexibly increased or decreased to match different processing volumes. -
Ultrasonic Creams Emulsifier
- Frequency: 20kHz±1, automatic tracking
- Rated power: 3.0kW/5.0kW
- Process volume: 50~100L/unit/batch
- Equipment composition: ultrasonic probe+ultrasonic controller+flow cell+pump+stand+ tank+chiller(optional)
- Equipment application: Industries such as cosmetics and beverages. -
Ultrasonic Herbal Extractor
There is a huge demand for herbal products in today's society, but traditional soaking and high-temperature extraction methods are not only inefficient, but also significantly reduce the quality of the extracts after high-temperature treatment.
An ultrasonic herbal extractor extracts active ingredients by using the impact force generated by ultrasonic vibrations under low-temperature conditions to penetrate the cell walls of herbal materials. -
Inline Ultrasonic Homogenizer
Frequency: 20kHz±0.5, automatic tracking
Rated power: 6.0kW/10kW
Process volume: 200L~500L/unit/batch
Equipment composition: ultrasonic probe+ultrasonic controller+flow cell+soundproof box
Equipment Features: It has a small footprint and can be easily added to customers' existing production lines to achieve production line transformation. Inline ultrasonic homogenizer can be connected in series and parallel, and their number can be increased or decreased, offering great flexibility. -
Ultrasonic Biodiesel Emulsifier
Biodiesel is a form of diesel fuel derived from plants or animals and consisting of long-chain fatty acid esters. It is typically made by chemically reacting lipids such as animal fat (tallow), soybean oil, or some other vegetable oil with an alcohol, producing a methyl, ethyl or propyl ester. -
Ultrasonic Coater
The JH-TWG08 ultrasonic coater is a fully enclosed, programmable, three-axis robotic spraying machine. This equipment can be equipped with various types of ultrasonic nozzles, making it ideal for a wide range of spraying applications. Users can select the appropriate ultrasonic nozzle based on their specific application, customizing the spray trajectory and area. The spray width can reach 1-80mm and is easily adjustable. A precision injection pump can accurately supply various liquids with a wide flow range. In terms of production capacity, this equipment is suitable for small-scale production. -
Ultrasonic Nanomaterials Homogenizer
Frequency: 20kHz±0.5, automatic tracking
Rated power: 3.0kW
Process volume: 10~30L/unit/batch
Equipment composition: ultrasonic probe+ultrasonic controller+small reaction tank+ big mixing tank+stand
Equipment features: The powerful ultrasonic energy output can disperse difficult-to-disperse materials to the nanometer level. -
Ultrasonic Lotions Emulsifier
There are many types of skin care lotions, but their basic principle is the effective mixture of oil and water. The ultrasonic lotions emulsifier generates powerful shearing force through high-frequency vibrations of 20,000 times per second, breaking down the barriers between oil and water molecules and allowing them to fully mix. Since ultrasonic emulsification is a physical reaction, the oil and water will eventually separate after a brief period of mixing, so an appropriate amount of emulsifier is still needed. However, with the help of ultrasonic lotions emulsifier, the amount of emulsifier used can be reduced by tens of times, and green emulsifiers such as lecithin can also be used, which is of great significance for improving the quality of lotions. -
Ultrasonic Semiconductor Coating Equipment
The surfaces of electronic components and chips are typically covered with circuits and nodes, resulting in an uneven topography; since traditional spraying methods cannot achieve uniform coating on such surfaces, we employed ultrasonic spraying technology.
Ultrasonic nozzles operate by converting high-frequency sound waves into mechanical energy, which is transmitted to the liquid to generate standing waves. As the liquid exits the nozzle's atomizing surface, it breaks apart into a fine mist of uniform, micron-sized droplets.
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Laboratory Sonicator
Frequency: 20kHz±0.5, automatic tracking
Rated power: 300W/500W/800W/1000W/1500W
Process volume: 50~2000ml/unit/batch
Equipment composition: ultrasonic probe+ultrasonic controller
Targeted application: the laboratory sonicator is used for extraction, dispersion, homogenization, mixing, emulsification, cell crush etc. -
Ultrasonic Extraction Equipment
- Frequency: 20kHz±0.5, automatic tracking
- Rated power: 3.0kW
- Process volume: 50L/unit/batch
- Equipment composition: ultrasonic probe+ultrasonic controller+reaction tank
- Targeted application: plant extraction
- Equipment scale: lab scale to industrial production lines