Ultrasonic emulsification machine is an advanced mechanical equipment that utilizes high-frequency acoustic vibration to achieve the process of liquid emulsification, dispersion, and mixing. This article will introduce the purpose, principle, and performance characteristics of the device, as well as its important role in the field of innovation.

1、 The purpose of ultrasonic emulsification machine

This device is widely used in multiple fields, and its main uses include the following:

1. Medicine and Biotechnology: This device is used in the fields of medicine and biotechnology for drug preparation, cell fragmentation, and gene sequencing. It can evenly disperse drug components and carriers, improve the bioavailability and efficacy of drugs, and also effectively break cell membranes and release active ingredients within cells.

2. Food and Beverage Industry: This equipment is widely used in the food and beverage industry for emulsification, dispersion, and stabilization treatment. It can evenly disperse ingredients such as oils and spices in food raw materials, improving the texture, taste, and stability of products. Common applications include dairy products, sauces, beverages, etc.

3. Cosmetics and personal care products: This device plays an important role in the preparation process of cosmetics and personal care products. It can evenly mix the liquid matrix with oil, active ingredients, etc. to form stable lotion and paste products, and improve the texture, absorption and effect of the products.

4. Coatings and Coating Industry: This equipment is widely used in the coatings and coating industry for dispersion, mixing, and stabilization of pigments. It can evenly disperse pigment particles in the matrix, improving the color uniformity, durability, and adhesion of the coating.

The principle of ultrasonic emulsification machine

This device utilizes the principle of high-frequency sound wave vibration to achieve the process of liquid emulsification, dispersion, and mixing. Specifically, it generates high-frequency sound waves through an ultrasonic generator and transmits them to the processor through a vibration device. The vibration device inside the processor converts sound waves into mechanical vibrations, generating intense compression and expansion forces. This compression and expansion force forms tiny bubbles in the liquid, and when the bubbles collapse instantly, they will generate intense liquid turbulence and local high temperature and pressure, thereby achieving emulsification, dispersion, and mixing of the liquid.