Cordless handheld vacuum cleaners are essential in the small appliance category. However, due to their lower power, the suction can sometimes fall short of being powerful. The cleaning effectiveness of a vacuum cleaner is closely tied to the structure and design of its rolling brush, as well as the motor suction. Generally, the greater the suction, the better the cleaning outcome. Nevertheless, this can also lead to increased noise levels and power consumption.
The Sinbad Motor vacuum cleaner rolling brush gear motor module is primarily installed on moving parts of the vacuum cleaner such as the drive wheel, main brush, and side brush. This innovative approach not only reduces noise but also extends the lifespan and enhances the cleaning efficiency of the device.
The Design Principle of the Rotary Module for Cordless Handheld Vacuum Cleaners
Despite the wide variety of cordless handheld vacuum cleaners available on the market, their structures are largely similar, consisting of components such as the shell, motor, automatic charging base, virtual wall transmitter, sensor head, switch, brush, and dust collection bag. Currently, most vacuum cleaner motors on the market utilize either AC series - wound motors or permanent magnet DC brushed motors. The durability of these motors is constrained by the lifespan of the carbon brushes. This limitation results in shorter service lives, larger sizes, greater weight, and lower efficiency, making them unable to meet the demands of the market.
In response to the vacuum cleaner industry's requirements for motors—small size, light weight, long life, and high performance—Sinbad Motor has incorporated a high - torque planetary gear motor into the suction head brush. Drawing inspiration from the rotary module of cordless handheld vacuum cleaners to control the motor and drive the blades at high speeds enhances the power of the dust collection fan. This creates an instantaneous vacuum within the dust collector, forming a negative pressure gradient with the outside environment. This negative pressure gradient forces the inhaled dust and debris to be filtered through the dust collection filter and ultimately collected in the dust tube. The greater the negative pressure gradient, the larger the air volume and the stronger the suction. This design endows cordless handheld vacuum cleaners with powerful suction while efficiently managing power consumption. It helps the brushless motor in the vacuum cleaner to increase suction and power while reducing noise, making it suitable for most floor tiles, mats, and short - pile carpets. The soft velvet roller can easily handle hair and aids in deep cleaning.
Floors are typically the most frequently cleaned areas. Sinbad Motor has equipped a four - stage rolling brush gear motor, which delivers powerful suction for quick dust removal. The rolling brush gear motor module provides four stages of transmission—primary, secondary, tertiary, and quaternary—and can be customized according to customer requirements for parameters such as gear ratio, input speed, and torque.
Stability, Low Noise, and Reliability
Cordless handheld vacuum cleaners continue to challenge other types of vacuum cleaners, with their market share steadily increasing across all vacuum cleaner categories. Previously, the functional updates of cordless handheld vacuum cleaners were primarily based on improving suction, but the enhancement of suction was limited. Nowadays, manufacturers are beginning to focus on improving other aspects of vacuum cleaners, such as product weight, brush head functions, anti - clogging technology, and multi - functional applications, in order to continuously enhance user experience.
Post time: May-21-2025