CY05 3D Rotary Cleaning Ball

The spray ball is driven by the cleaning fluid, which powers a turbine that drives the internal reduction mechanism. The gear mechanism operates along a set trajectory, achieving both rotation and revolution for 360-degree comprehensive cleaning without dead angles.

1. The internal flow channels and spray angles, optimized through fluid dynamics, transform the cleaning fluid into a powerful and high-speed jet of water under limited pressure, effectively stripping away stubborn stains from the tank walls.
2. A high-precision gear set ensures that the nozzles move in unison along set horizontal and vertical paths, allowing the cleaning pattern to cover all interior surfaces of the tank without missing any areas.
3. By adopting a high-performance sealing structure, the leakage rate of the rotary cleaning ball is only 3%, which minimizes pressure loss and cleaning fluid waste, making it more energy-efficient and economical during long-term operation.
4. The gear system is fully enclosed within a separately sealed gearbox, isolated from the external cleaning fluid. It can operate stably over the long term even under conditions of poor water quality or the presence of particulate matter.
5. The water jet emitted from the nozzle forms a concentrated stream that delivers a powerful impact to the tank walls, significantly improving cleaning efficiency.
6. The internal flow-stabilizing structure effectively eliminates eddy currents and turbulence, resulting in a more concentrated water jet that further enhances the impact force and ensures thorough cleaning even at the far end of large-diameter tanks.

Cleaning track simulation:

Cleaning scene: