How can Manhart (Guangdong) CNC Machine Tool Co., Ltd.’s oil electric servo CNC bending machine achieve high-precision and stable bending processing?

The oil electric servo CNC bending machine mainly relies on its advanced CNC system, precise servo motor control, high-quality mechanical structure, and closed-loop feedback control mechanism to achieve high-precision and stable bending processing.
Firstly, as the “brain” of the entire equipment, the CNC system is responsible for receiving and processing bending processing instructions and data. Through preset machining programs, the CNC system can accurately control key parameters such as bending angle, depth, and speed. This precise control capability ensures the consistency and repeatability of bending processing, and is the foundation for achieving high-precision bending.
Secondly, as the executing mechanism, the servo motor is responsible for accurately controlling the movement of the bending machine according to the instructions of the CNC system. Servo motors have the characteristics of high precision and high response speed, which can adjust the position and speed in real time to ensure the accuracy of bending processing. Meanwhile, by optimizing the control algorithm and parameter settings of the servo motor, the bending accuracy and stability can be further improved.
In addition, high-quality mechanical structures are also key to achieving high-precision bending. The oil electric servo CNC bending machine uses high-strength and high rigidity materials to manufacture the body and key components, ensuring the stability and accuracy of the mechanical structure during the bending process. Meanwhile, reasonable mechanical structure design and optimized transmission system can also reduce friction and errors, and improve the accuracy of bending processing.
Finally, the closed-loop feedback control mechanism plays an important role in achieving high precision and stability. Real time monitoring of position and velocity information during the bending process through feedback components such as displacement sensors, and comparing this information with preset values. Once a deviation occurs, the closed-loop feedback control system will automatically adjust the motion state of the servo motor to eliminate the deviation and maintain high accuracy and stability. This real-time adjustment ability enables the oil electric servo CNC bending machine to cope with various complex and fine bending processing needs.
In summary, the oil electric servo CNC bending machine has achieved high-precision and stable bending processing through various technical means such as advanced CNC system, precise servo motor control, high-quality mechanical structure, and closed-loop feedback control mechanism. The application of these technologies not only improves the performance of the bending machine, but also enhances the efficiency and quality of the entire manufacturing process.