As we all knowElectric screwdrivercan achieve tightening in any programming during the assembly process, and within the range of performance parameters, it can also be freely set and adjusted according to different tightening process requirements, such as hub speed, waiting time, rotation direction, etc., to achieve more accurate fastening. However,Servo electric screwdriverthe usage methods and applications are still unclear to many people, so let's take a look at what its applications and usage methods are?
 

        1. Used on precision instruments
        The servo electric screwdriver uses a high-precision motor, and then builds a high-precision hub control algorithm to ensure the strength of the hub and the smoothness of the system's operation for accurate use of the tool. Some servo electric screwdrivers have powerful editing functions, as long as the tightened program is clearly controlled, and they include many methods. Many sets of tightening parameters have good practicality, universality, foresight, and targeting.
        2. Record parameters
        Traditional torque tools require different adjustments for different positions and need to be recorded manually. It seems simple, but it takes a lot of time to complete. Using a servo electric screwdriver can save this series of troubles, as it can directly record relevant data, and storage is convenient, allowing for easy retrieval during subsequent use.
        3. Improved work accuracy
        The use of intelligent servo electric screwdrivers not only ensures work accuracy and quality but also greatly improves production efficiency, while reducing the intensity of manual labor and inspection. Throughout the process, it has achieved control over product consistency, plasticity, and has reached the goals of high quality, low cost, and high efficiency.
        This is the servo electric screwdriver, an essential product on future production lines. More and more production lines have adopted this tool, and it is believed that its development in the future is immeasurable.