
In the design of traditional gate systems, engineers are confronted with multiple technical bottlenecks: the contradiction between compact space and high torque—how to achieve sufficient starting and stopping torque within limited installation space; operational stability and noise control—high-end venues require smooth and quiet door opening/closing processes; long-term system reliability—how to ensure stable and durable operation of the system under frequent use; as well as energy efficiency and intelligent management—how to reduce energy consumption while realizing intelligent monitoring and maintenance. These issues have seriously restricted the performance and application value of gate systems.




