900W Ultrasonic Homogenizer with 360° Vibrating Rod (5L Capacity)
This 900W ultrasonic homogenizer is designed for efficient large-volume processing, featuring an advanced 360° ultrasonic vibrating rod that distributes energy evenly along its entire length. Unlike traditional bottom-emitting probes, this design ensures uniform cavitation, improved mixing consistency, and higher processing efficiency.
Delivering stable 900W ultrasonic power, the system provides reliable performance for emulsification, dispersion, homogenization, and cell disruption across laboratory and pilot-scale applications.
-
-
Optimized for 5 liter processing volumes, this unit is ideal for small to medium batch operations requiring controlled and repeatable ultrasonic treatment. It can also be integrated into reactor systems up to 30L, enabling scalable workflows for research and industrial use.
-
Advanced Ultrasonic Technology
The vibrating rod utilizes high-frequency ultrasonic waves to generate powerful physical and chemical effects within liquid media:
- Cavitation Effect: Rapid formation and collapse of microbubbles produce shock waves that enhance mixing and particle breakdown
- Mechanical Effect: Promotes efficient emulsification, dispersion of solids, and gel liquefaction
- Thermal Effect: Ultrasonic energy absorption generates localized heat, supporting reaction processes
- Chemical Effect: High-energy microenvironments accelerate chemical reactions and improve process efficiency
Versatile Applications
The ultrasonic vibrating rod creates intense cavitation, microjets, and acoustic streaming, making it highly effective for:
- Emulsification and homogenization
- Particle dispersion and nanomaterial processing
- Cell disruption and extraction
- Chemical reaction acceleration
- Laboratory and pilot-scale mixing processes
Built for industrial-grade performance, this ultrasonic homogenizer is a powerful solution for laboratories, research facilities, and pilot production environments requiring consistent, high-efficiency ultrasonic processing.
Wide Applications
