Ultrasonic Liquid Processing
We design, develop and manufacture the world’s most advanced ultrasonic liquid processors.
Cell Disruption
Ultrasonic lysis equipment can be used to extract intracellular substances, such as starch or sugar from the cell matrix.
Hot Products
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H100 Lab Ultrasonic Processor
Regular price From $3,349.00Regular priceUnit price / per$3,500.00Sale price From $3,349.00Sale -
H500 Small-scale Ultrasonic Processor
Regular price From $5,599.00Regular priceUnit price / per$6,000.00Sale price From $5,599.00Sale -
H1000 Laboratory-scale Ultrasonic Processor
Regular price $5,900.00Regular priceUnit price / per$6,500.00Sale price $5,900.00Sale -
H2000 Ultrasonic Liquid Processing
Regular price From $6,999.00Regular priceUnit price / perSale price From $6,999.00
Cell Disruption
The cell structures could be disintegrated by ultrasonic cavitation in field cell biology, microbiology and molecular biology.
Nanoparticle Dispersion
Ultrasonic dispersers performs high effectives in inkjet inks, cosmetics, food&beverages, and nanomaterials.
Emulsification
Ultrasound emulsification has been applied in various fields and plays its unique role in various fields
Homogenization
Ultrasonic homogenizers make use of the ultrasonic waves generated by a piezoelectric crystal.
Blog posts
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Characteristics and Applications of Dispersed Z...
rapid development of nanomaterials technology, dispersed zinc oxide nanoparticles, due to their unique physicochemical properties, have achieved widespread application in multiple fields. The performance of nanomaterials is often closely related...
Characteristics and Applications of Dispersed Z...
rapid development of nanomaterials technology, dispersed zinc oxide nanoparticles, due to their unique physicochemical properties, have achieved widespread application in multiple fields. The performance of nanomaterials is often closely related...
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Performance of Dispersed Carbon-Based Materials
methods for dispersing carbon-based materials are mainly divided into two categories: physical dispersion and chemical modification, each with its own advantages and limitations. Physical dispersion does not require altering the...
Performance of Dispersed Carbon-Based Materials
methods for dispersing carbon-based materials are mainly divided into two categories: physical dispersion and chemical modification, each with its own advantages and limitations. Physical dispersion does not require altering the...
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Key Points for Uniform Dispersion of High-Solid...
High-solids content slurries, with their advantages of high solids content per unit volume, high subsequent processing efficiency, and low energy consumption, are widely used in ceramics, lithium batteries, coatings, fine...
Key Points for Uniform Dispersion of High-Solid...
High-solids content slurries, with their advantages of high solids content per unit volume, high subsequent processing efficiency, and low energy consumption, are widely used in ceramics, lithium batteries, coatings, fine...
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Synergistic Regulation Technology of Dispersant...
The dispersion stability of ceramic slurries is crucial in determining the molding quality and final performance of ceramic products, and its dispersion effect directly impacts the feasibility of subsequent processes....
Synergistic Regulation Technology of Dispersant...
The dispersion stability of ceramic slurries is crucial in determining the molding quality and final performance of ceramic products, and its dispersion effect directly impacts the feasibility of subsequent processes....
About Us
Chemisonic specializes in ultrasonic liquid processing technology. For decades, we have dedicated to designing, developing, and manufacturing ultrasonic liquid processors independently, from laboratory application to industrial level. Cutting-edge ultrasonic technology, high quality device and easy-to-use operating system are the fundamentals for our company to achieve continued business growth.