Ultrasonic Rod Transducer
Ultrasonic Rod Transducer
Ultrasonic cleaning is based on the cavitation phenomenon, in which ultrasonic waves generate microscopic bubbles in a liquid. When these bubbles collapse, they produce instantaneous shockwaves that effectively detach and remove contaminants from surfaces. In addition to cleaning, this process simultaneously provides dispersion, mixing, and particle fragmentation effects, enabling uniform cleaning even in complex geometries and fine internal passages. As a result, the ultrasonic rod cleaning system functions not only as a cleaning device, but also as a disperser, mixer, and particle disintegration tool.
Ultrasonic rod cleaning systems are widely used in high-precision cleaning lines across industries such as semiconductors, medical devices, metal processing, and coating processes. They are particularly suitable for cleaning large tanks, drums, and the internal surfaces of pipes where conventional ultrasonic cleaners are difficult to apply, significantly improving cleaning efficiency for precision components, metal rollers, electrodes, and molds.
Application Examples
Precision filter cleaning
Removal of contaminants trapped within the internal pores of porous and micro-porous filters
Internal cleaning of high-pressure metal vessels
Cleaning of inner walls and residue removal for pressure vessels, reactors, and piping systems
Chemical reaction enhancement
Acceleration of chemical reactions through insertion into reaction tanks, promoting particle dispersion and improving catalytic reaction efficiency
