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SONOL20-1500
RPS-SONIC
8452219000
1500w Laboratory Ultrasonic Homogenizer Sonicator Mixing Machine for battery slurry pocessing
Description:
Laboratory Ultrasonic Homogenizer is a high-performance ultrasonic mixing and processing system designed for advanced laboratory research, pilot-scale development, and continuous fluid processing. It utilizes a sonotrode design to deliver intensified and uniform ultrasonic energy, ensuring superior cavitation efficiency and processing consistency.
It is used to break up and disperse solid particles or emulsify liquids in a sample through the application of high-frequency sound waves. They are commonly used in scientific and laboratory settings for tasks like cell lysis, nanoparticle dispersion, emulsion preparation, and sample preparation.
* Sample container: Holds the sample that is being processed.
It provides higher homogeneity, better dispersion quality, and improved particle size reduction compared to traditional single-probe ultrasonic systems.
The continuous operation capability enhances productivity and makes the system ideal for scaling laboratory results into pilot or industrial applications.
It also reduces processing variability, ensuring consistent and reproducible results across multiple batches, which is critical for research and industrial development.
Additionally, the system offers low maintenance requirements, stable long-term performance, and flexible configuration options for different experimental or production needs.
To use, the sample is placed in the container and the probe is submerged. The generator produces the high-frequency vibrations which are transmitted through the probe, creating cavitation and shear forces that break apart the sample. Common applications include:
* Cell lysis and extraction of intracellular components
* Nanoparticle dispersion and deagglomeration
* Emulsification of liquids
* Homogenization of tissue samples
* Disruption of bacteria, viruses, and spores
Applications:
Nanoparticle dispersion and nano-emulsion preparation
Chemical reaction acceleration and mixing processes
Pharmaceutical formulation and drug delivery systems
Biotechnology applications such as cell lysis and protein extraction
Material science research (graphene, carbon nanotubes, advanced composites)
Cosmetic and personal care product development
Continuous flow laboratory and pilot-scale processing
Emulsification, homogenization, and suspension preparation
