Ultrasonic Liquid Processor
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Ultrasonic Liquid Processor

Hangzhou Shengpai Technology Co., Ltd. is a renowned enterprise specializing in ultrasonic technology solutions and equipment. Their focus lies in enhancing technical solutions and product quality to provide customers with high-quality, reliable Ultrasonic Liquid Processors. With a customer-centric corporate culture, they prioritize ""Customer Service Being First,"" gaining an excellent reputation through their abundant professional knowledge and exceptional after-sales service.

Shengpai Technology has successfully exported Ultrasonic Liquid Processors to Europe, South America, Asia, the Middle East, and beyond, with all clients highly satisfied with their products. Their Ultrasonic Liquid Processors cater to various industries, such as pharmaceuticals, food and beverage, chemicals, and cosmetics, offering advanced emulsification, dispersion, deagglomeration, and homogenization solutions. The companys commitment to continuously optimize and reform technical solutions reinforces their core competitiveness in the ultrasonic industry.

Choosing Shengpai Technologys Ultrasonic Liquid Processors means accessing cutting-edge technology, exceptional quality, and world-class customer support. The product category is designed to tackle diverse liquid processing challenges, empowering businesses to achieve remarkable results in their operations. With an unwavering dedication to innovation and customer satisfaction, Shengpai Technology is a reliable partner for companies seeking ultrasonic solutions that transcend boundaries.

Ultrasonic Liquid Processor Types

Ultrasonic Homogenizer

Ultrasonic Extraction

Ultrasonic Emulsifier

Ultrasonic Disperser

The Main Products of Ultrasonic Liquid Processor

Advantages of Shengpai Ultrasonic Liquid Processor

  • Higher Extraction Efficiency: Ultrasonic extraction can achieve higher extraction yields in a shorter time compared to traditional extraction methods such as maceration and Soxhlet extraction. The high-frequency sound waves create cavitation bubbles that implode and create intense pressure and temperature changes, resulting in the release of the target compounds.
  • Reduced Extraction Time: Ultrasonic extraction can extract compounds within minutes to a few hours, which is much faster than traditional extraction methods that may take several days or even weeks.
  • Selective Extraction: Ultrasonic extraction can be used to extract specific compounds by adjusting the frequency, power, and duration of the sound waves. This makes it possible to selectively extract the target compounds without extracting unwanted compounds.
  • Green Extraction: Ultrasonic extraction uses only water or other solvents, eliminating the need for toxic solvents that are harmful to the environment and human health. This makes it a green and eco-friendly extraction technique.
  • Easy to Scale-Up: Ultrasonic extraction is easy to scale up from laboratory to industrial production. The same equipment can be used for small-scale and large-scale production, which makes it a cost-effective extraction technique.
  • High Product Quality: Ultrasonic extraction can extract high-quality compounds with a higher purity and better bioactivity compared to traditional extraction methods. The short extraction time and low operating temperature help to preserve the bioactive compounds, reducing the risk of degradation and oxidation.

Countless industry applications

Ultrasonic Liquid Processor


Ultrasonic dispersion uses liquid as a medium and adds high-frequency ultrasonic vibrations to the liquid. Since ultrasound is a mechanical wave and is not absorbed by molecules, it causes vibrational motion of molecules during propagation. Under the cavitation effect, that is, under additional effects such as high temperature, high pressure, micro-jet, strong vibration, etc., the distance between molecules increases the average distance due to vibration, eventually causing the molecules to break. The pressure released instantly by ultrasonic waves destroys the van der Waals force between particles, making it harder for particles to agglomerate together. Compared with conventional dispersion methods, ultrasonic dispersion technology has high efficiency and short time. There are applications in manufacturing such as graphene, nanomaterials, oils and paints.

Ultrasonic Liquid Processor


Under the action of ultrasonic energy, two or more immiscible liquids are mixed together, and one liquid is evenly dispersed in the other to form an emulsion-like liquid. This process is called ultrasonic emulsification. The biggest feature of ultrasonic emulsification is that it does not require emulsifiers. In addition, ultrasonic emulsification can control the type of emulsion, and the formed emulsion is more stable. The emulsifying ability of ultrasonic emulsification equipment in laboratories has been known and used for a long time. It is used in industry for efficient emulsification of mass production in production plants, such as cosmetics and skin care products, pharmaceutical ointments, paints, lubricants and Fuel etc.

Ultrasonic Liquid Processor


Ultrasound can better penetrate into plant tissues and improve mass transfer, and the cavitation generated by ultrasound can disrupt cell walls and promote the release of matrix components. Ultrasonic extraction is not easily restricted by the solvent used and allows the addition of co-extractants to further increase the polarity of the liquid phase and improve extraction efficiency; ultrasonic extraction technology improves the extraction rate of active ingredients, ensures the ideal utilization of raw materials, and reduces It reduces the consumption of solvents, can achieve significant economic benefits, and has little impact on the activity of active ingredients. It is used in essential oils, traditional Chinese medicine material processing and other industries.

Ultrasonic Liquid Processor


An important application of ultrasonic technology is the dispersion and deagglomeration of solids in liquids for the purpose of stirring. Ultrasonic mixing technology has been widely used in industrial fields such as food processing, papermaking, coatings, chemicals, pharmaceuticals, textiles, petroleum, and metallurgy. Ultrasonic equipment can be easily installed on existing production lines, making it easier for manufacturers to upgrade at a lower cost equipment.

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