Ultrasonic Food Mixer

Principle Of Ultrasonic Mixer:
Ultrasonic mixers use high-frequency vibrations of 20,000 times per second to refine and thoroughly mix solid-liquid or liquid-liquid particles.
Applications Of The Ultrasonic Food Mixer:
Dairy products and ice cream: Ultrasound can break down protein and fat particles, allowing for more even distribution of oils, improving taste and absorption. It also prevents separation during long-term storage, extending shelf life.

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Description

Technical Parameters

Hangzhou Precision Machinery Co., Ltd. is one of the leading manufacturers and suppliers of ultrasonic food mixer in China. With a professional production team, we are able to meet the needs of the majority of our customers. Welcome to buy custom made ultrasonic food mixer from our factory.

Principle of ultrasonic mixer:

Ultrasonic mixers use high-frequency vibrations of 20,000 times per second to refine and thoroughly mix solid-liquid or liquid-liquid particles.

Applications of the ultrasonic food mixer:

Dairy products and ice cream: Ultrasound can break down protein and fat particles, allowing for more even distribution of oils, improving taste and absorption. It also prevents separation during long-term storage, extending shelf life.
Fruit and vegetable juices and NFC juices: An ultrasonic food mixer can quickly mix fruit pulp fibers, ensuring even distribution of fruit pulp and pigments, solving the problem of juice separation, and preserving fruit aroma and heat-sensitive vitamins.
Edible flavorings and essential oils: An ultrasonic food mixer allows citrus essential oils, peppermint oil, and other oils to be directly mixed with aqueous solutions, reducing or eliminating the use of emulsifiers, resulting in healthier flavors and better taste.

How to choose a suitable ultrasonic food mixer?

There are two methods for selecting an ultrasonic food mixer: one is based on the viscosity of the material. Generally, the higher the viscosity, the larger the amplitude of the ultrasonic mixer required. Typically, the shorter the ultrasonic rod, the greater the amplitude output per unit area, and vice versa. The other method is to match the ultrasonic mixer to the throughput. For throughput under 5L, choose small-scale experimental equipment; for under 50L, choose pilot-scale equipment; and for over 50L, choose industrial equipment. Industrial production is generally divided into independent batch production and continuous production. Suitable ultrasonic mixers can be matched to either type of production, and the number of ultrasonic device can be increased or decreased according to changes in output.

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