35KHz 800W Ultrasonic Homogenizer Sonicator Processor Cell Disruptor Mixer Emulsification Dispersion

35KHz 800W Titanium Alloy Sonicator Ultrasonic Homogenizer Processor Cell Disruptor Mixer Emulsification and Nanoparticle Dispersion

1. Specification of Sonicator

2.  Features of Sonicator

• Widely applications: Mixing, blending, emulsifying, and homogenizing solutions, reducing particle size of suspensions, dispersing suspensions, disrupting cells, and catalyzing chemical reactions.
• Easy to Use : Auto-tuning for convenience of use and optimal processing efficiency, 1s – 99h count-down time display. Working time can be displayed as aggregate number. On/off impulse timer: make sure to deal with temperature sensitive sample. On and off can be set from 1s to 60min.
• Fully microprocessor controlled and completely programmable:Automatic amplitude compensation to make the amplitude not changed following the carring. All the function can be displayed in the large LCD screen , operation easy, Fully microprocessor controlled and completely programmable.
• Large Touch screen control: Novel design, Complete-function, Reliable ability - Large LCD digital display, Fully microprocessor controlled and completely programmable.

• Durable Titanium Alloy Probe: more fugged and durable, can ultrasonically mix the materials to the nanometer level. Exponential ultrasonic probe design, high improve the output efficiency and reduces the loss of the horn.

3. Application

1). Material dispersion: The material is dispersed, homogenized and emulsified. For example, dispersion of nanomaterials (silica, carbon dioxide, carbon nanotubes, graphene, etc.).

2). Extraction: Extraction of Chinese medicine, soil organic matter and residues, Extract CBD,extract Black Seed Oil

3). Emulsification: Emulsification (oil-water emulsification, extract essence from oil) ,CBD emulsification, ect.

4). Life Science Field: In the field of life sciences, used for cell disruption, extraction of active cells, protein, cell, bacteria, virus tissue breaking etc.