Does the mini king kong electric ride-on sweeper support automatic adjustment of the side brush to meet the cleaning needs of channels of different widths?
Publish Time: 2025-04-29
In modern cleaning scenarios, ride-on sweepers have become important tools with their efficient operation capabilities. As a device designed for narrow spaces, the side brush adjustment function of the mini king kong electric ride-on sweeper is crucial to the cleaning effect. This model adopts the full sheet metal structure of the ABM series pure electric sweeper, and the solid process foundation provides hardware guarantee for the realization of the function. Its side brush diameter is 500mm and the main brush length is 700mm. This design has shown its adaptability to complex cleaning environments in terms of basic parameters.
From the perspective of technical implementation, the core of the side brush adjustment function is to meet the cleaning needs of channels of different widths. In scenes such as warehouse shelf channels and narrow roads in communities, traditional fixed side brushes are prone to garbage omission or equipment scratches. Mini Kong uses a physical adjustment mechanism to flexibly adjust the height and angle of the side brush, and the operator can manually adjust the contact range between the side brush and the ground according to the actual width. For example, in a typical 1.4-meter-wide channel, the side brush can be adjusted to the optimal cleaning position by rotating the screw to ensure that the garbage is effectively gathered in the main brush operation area. This design not only avoids the mechanical complexity that may be caused by automatic adjustment, but also lowers the threshold for use through standardized operating procedures.
Actual application cases have confirmed the practicality of this function. After introducing the Mini King Kong, a property community achieved full coverage of the 3-meter-wide main road next to the green belt and the 1.2-meter-wide unit building channel by adjusting the side brush. In a channel with limited width, the side brush can still maintain a 5-centimeter cleaning margin on the edge after shrinking. With the main brush's 700mm operating width, more than 90% of the garbage can be collected in a single pass. Data shows that its cleaning efficiency reaches 13,000 square meters per hour, which is more than 20 times higher than traditional manual cleaning.
The economic value of this function is also significant. Compared with models that require replacement of side brushes of different specifications, the adjustment design of the Mini King Kong reduces the inventory cost of accessories. In daily maintenance, operators only need to regularly check the wear of the side brushes and complete the height calibration with simple tools. Its structural design is neat, and all internal parts are clear at a glance, further reducing the difficulty of maintenance. For users such as property management companies and factory workshops who need to frequently switch working scenes, this flexibility directly translates into optimized operating costs.
From the perspective of technological development trends, the side brush adjustment solution of Mini King Kong reflects the evolutionary direction of ride-on sweepers in segmented scenarios. Although the current version does not use an electric automatic adjustment system, its mechanical adjustment can already meet the needs of most narrow space operations. In the future, if intelligent sensing adjustment is achieved in combination with sensor technology, the cleaning efficiency may be further improved. However, in terms of current performance, this model has shown a high cost-effectiveness in the price range of 45,800 yuan, and is especially suitable for user groups who have dual needs for equipment flexibility and cost control.
Mini King Kong electric ride-on sweeper has established a differentiated advantage in narrow channel cleaning scenarios through the side brush adjustment function. Its design takes into account both operating accuracy and ease of operation, and reduces the full life cycle cost through a modular structure. For miniaturized cleaning scenarios that need to cope with complex terrain, the technical solution of this model is still competitive in the market.
