Features：

1.  Electronic Control System: Adopts a combination of servo drives, servo motors, and CPUs produced by Mitsubishi—a world-renowned controller brand—boasting strong performance and excellent stability.

2. Taiwan Weinview Touch Screen System: Its extra-large CPU can store up to 350 sets of files for editing.

3.  Automatic Error and Fault Detection Function: It can automatically detect errors and faults, display them on the screen, and enable operators to easily troubleshoot.

4.  Processing Data Input: All processing data is entered via the touch screen. For each pipe bending operation, compensation values, speed, and demolding gaps can be set according to variations in material properties.

5.  Independent Programming for Each Bend of a Single Pipe: For each bend of the same pipe, 5 action sequences and 10 speed segments can be programmed independently, allowing operators to combine them flexibly. This improves work efficiency and reduces pipe interference points.

6. Multi-Language Support for Touch Screen: The touch screen supports Chinese-English switching; displays in other languages can be customized and ordered upon request.

7.  Feeding Methods & Coordinate Conversion: The feeding method can be selected as direct feeding or pinch feeding based on different needs, and it can automatically convert XYZ coordinates into YBC processing values.

8.  Automatic Heat Dissipation for Electronic Control System: Equipped with a heat exchanger for automatic heat dissipation, ensuring the service life of the electronic control system.

9.  Automatic Oil Lubrication System: The machine is equipped with an automatic oil lubrication system, which facilitates maintenance and extends the equipment’s service life.

10.  Manual Fine-Tuning & Automatic Position Memory: The settings for the feeding trolley’s material feeding position, safety devices, digital model interference position, and guide mold interference position can be fine-tuned manually, and the positions are automatically memorized. This eliminates errors caused by manual measurement and losses due to machine collisions.

11.  Pre-Action Detection for Feeding Axis: The feeding axis automatically performs detection before operation to avoid collisions with the machine.

12.   Decomposed Action for Solid Bending: During solid bending, decomposed actions can be selected to observe interference points and adjust operations, thereby improving efficiency.