The series motor is used in juicers. The series motor has a simple design and is easy to manufacture and maintain.
Even in harsh working environments, the series motor can maintain stable working performance.
The series motor can adjust the speed by changing the current, which is suitable for juicers with different speed requirements.
Compared with other types of motors, the series motor is usually lower in cost and suitable for cost-sensitive applications.

Capacitor motors are used in range hoods. Capacitor motors have large starting torque and small starting current, and can start quickly.
Well-designed capacitor motors can maintain a stable speed to ensure stable air volume when the range hood is working.
Similar to three-phase motors, capacitor motors are also easy to achieve forward and reverse rotation, which makes it convenient for range hoods to adjust the wind direction in different working modes.
The high-frequency noise generated by the motor can be filtered by capacitors, making the range hood more stable and quiet during operation.
By using capacitors of different capacities, capacitor motors can achieve two speeds of fast and slow speeds to meet the different needs of oil fume removal in different kitchen environments.
When the capacitor motor reaches about 75% of the rated speed, the starting capacitor will automatically disconnect, and the motor will switch to the running capacitor to continue working, which saves energy and improves efficiency.

The application of tubular motors in electric curtains. Tubular motors provide enough power to easily operate heavy curtains. Well-designed tubular motors are very quiet during operation, reducing noise interference.
The motor runs stably and provides a long-lasting curtain opening and closing effect. The motor is small in size and easy to install. It does not take up too much space. The installation process is simple and suitable for all types of windows.
The material and design make the motor long-life and low in maintenance cost. It has a stable braking system and a precise travel limit system to ensure safe use. It can be remotely controlled by a remote control or smart device, which is convenient and fast.
The adjustable shading function helps to control indoor temperature and reduce energy consumption. It can be connected to the smart home system to achieve automatic control, such as automatically adjusting the opening and closing of curtains according to light intensity.

Compared with traditional brushed motors, brushless motors can generate higher power at lower energy consumption, making vacuum cleaners more efficient and energy-saving when cleaning. Brushless motors are durable in design and are not prone to performance degradation due to brush wear, so they have a longer service life.
Brushless motors produce less noise during operation, providing a quieter cleaning environment for the family and being more environmentally friendly.
Due to the simple structure of brushless motors, maintenance requirements are small, which reduces the maintenance cost for users. Brushless motors can provide strong suction and effectively clean dust and dirt on floors, carpets and furniture surfaces.
Brushless motors can dynamically adjust the motor speed through microprocessor control technology to provide a better user experience according to user needs.
Brushless motors make vacuum cleaners smaller and lighter, easier to carry and use, and can be applied to various types of vacuum cleaners, including handheld and traditional styles, to meet the needs of different users.