Home > News > Information

News

Company News

Information

Industry Information

FAQ

Frequently Asked Questions

Innovative Technology, Hollow Cup Motors in Electric Screwdrivers

Release Date:2024-10-12 09:12 Number of Views:

Electric screwdrivers have,for a long time,been a handy tool in the field of industrial and home repair.However,traditional electric screwdrivers have some design flaws that are hard to ignore,the most notable of which is the weight and size of the motor.To solve this problem,we have introduced the innovative technology of hollow cup motor.


Hollow cup motors,with their unique lightweight and high-performance characteristics,are changing the design and performance of electric screwdrivers.This type of motor removes the internal iron core of conventional motors,resulting in a significant weight reduction while maintaining excellent torque output.This makes electric screwdrivers lighter,easier to operate,and less fatiguing to the user over long periods of time.Hollow-cup motors also have a higher energy density than conventional motors.This means that the hollow cup motor can provide stronger power output in the same volume.It definitely opens up new possibilities for electric screwdrivers to improve their performance,whether tightening or loosening screws,which can be done with higher efficiency.


Hollow cup motors also have excellent heat dissipation properties.With no iron core inside,heat is not concentrated inside the motor,but is able to spread out evenly.This allows the electric screwdriver to maintain consistent performance during continuous operation without overheating and reducing efficiency.

In addition,hollow cup motors offer greater torque accuracy and longer life.These advantages make hollow cup motors ideal for electric screwdrivers.


Overall,the introduction of the hollow cup motor has not only changed the design of the electric screwdriver but also enhanced its performance.The application of this innovative technology allows electric screwdrivers to play a greater role in daily life and industrial production.