Ultrasonic Nanoemulsion Homogenizer

The formation of nanoemulsions via ultrasonication is a process that utilizes the powerful shear forces generated by ultrasonic cavitation to break down oil or water droplets into the nanoscale, allowing the nanoscale liquid to become fully incorporated into the other one. Nanoemulsions typically exist in the form of oil-in-water or water-in-oil emulsions. Hangzhou Precision Machinery provide the ultrasonic nanoemulsion homogenizer from lab scale to industrial working line.


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Hangzhou Precision Machinery Co., Ltd. is one of the leading manufacturers and suppliers of ultrasonic nanoemulsion homogenizer 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 nanoemulsion homogenizer from our factory.

Ultrasonic Nanoemulsion Homogenizer

The formation of nanoemulsions via ultrasonication is a process that utilizes the powerful shear forces generated by ultrasonic cavitation to break down oil or water droplets into the nanoscale, allowing the nanoscale liquid to become fully incorporated into the other one. Nanoemulsions typically exist in the form of oil-in-water or water-in-oil emulsions. Hangzhou Precision Machinery provide the ultrasonic nanoemulsion homogenizer from lab scale to industrial working line.

Applications of ultrasonic emulsification technology: Ultrasonic nanoemulsion homogenizers have been widely used in fields such as cosmetics, medicine, and the food industry.

Cosmetics

1. Ultrasonic homogenizers can disperse the active ingredients in emulsions and serums into nano droplets, making it easier for them to penetrate human skin tissue and thereby increasing the absorption rate of skincare products.

2. Ultrasonic nanoemulsion homogenizer enables the production of uniform nanosuspensions, delays emulsion separation, and extends the shelf life of cosmetics.

3. By utilizing ultrasonic emulsification technology, the amount of emulsifier required is significantly reduced; the resulting cosmetics are thus more eco-friendly and healthier, allowing for an expanded consumer base that includes individuals with sensitive skin, pregnant women, and infants.

4. In the realm of cosmetics, it helps foundation apply more evenly and smoothly, and enhances the color payoff of eyeshadows.

Medicine

  1. The formation of nanoliposomes utilizes the powerful shear forces generated by ultrasonic vibration to disrupt phospholipid membranes; continuous ultrasonic vibration encapsulates ingredients-such as curcumin, peptides, and vitamins-into nanovesicles ranging from 50 to 200 nm, resulting in a therapeutic agent characterized by compositional stability, high targeting precision, and prolonged efficacy.
  2. The ultrasonic nanoemulsion homogenizer is used to produce uniform pharmaceutical nanosuspensions, such as ibuprofen solutions. Ultrasonic homogenizers disperse water-insoluble ibuprofen and statin ingredients down to the nanoscale, creating a uniform suspension in the liquid; this significantly enhances solubility and oral absorption rates. The process utilizes low-temperature dispersion, ensuring the drug's biological activity remains intact.

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