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Tagalog The oil electric servo CNC bending machine ensures accuracy through the following methods:
1. * * Servo motor drive * *: This machine uses a servo motor as the power source, which has the characteristics of high precision and high response. By precisely controlling the rotation of the servo motor, precise control of the bending position can be achieved.
2. * * High precision encoder * *: Servo motors are usually equipped with high-precision encoders, which can provide real-time feedback on the motor’s rotational position and speed, providing precise feedback signals for the control system, thereby ensuring the accuracy of bending.
3. * * CNC System * *: The oil electric servo CNC bending machine adopts a high-performance CNC system, which has powerful programming and interpolation functions, and can accurately calculate and control various parameters during the bending process, such as bending angle, bending speed, etc.
4. Precision Mechanical Structure: The mechanical structure of the machine is carefully designed and manufactured, using high rigidity materials and precise processing technology to ensure the stability and accuracy of the mechanical structure during the bending process.
5. * * Closed loop control system: This machine usually adopts a closed loop control system, which means that the control system not only outputs control based on preset parameters, but also receives feedback signals in real time for correction, ensuring the consistency between the actual bending results and preset parameters.
6. Regular maintenance and calibration: In order to maintain the accuracy and stability of the machine, it is necessary to regularly maintain and calibrate it. This includes checking the tightness of mechanical structures, cleaning and lubricating transmission components, calibrating CNC systems, etc.
In summary, the oil electric servo CNC bending machine ensures the accuracy and stability of the bending process by adopting advanced servo motors, high-precision encoders, high-performance CNC systems, and precision mechanical structures. Meanwhile, regular maintenance and calibration are also important measures to maintain machine accuracy.
