Hydraulic plate bending machine main features and applications:

WC67Y hydraulic plate bending machine, featuring a steel plate welded structure, vibration aging to relieve stress, the machine tool boasts excellent rigidity and stability. The entire machine frame has good rigidity, operates smoothly, and is easy to handle. Through the coordinated control of the bending machine's digital display and the hydraulic system, it achieves ideal bending results.

Hydraulic Plate Bending Machine Technical Description:

Full steel welded structure, vibration-damping force, high mechanical strength, and good rigidity.

Hydraulic power transmission, smooth and reliable.

Mechanical stopper, shaft synchronization, high precision.

Backsheet distance and upper slider stroke are electrically adjustable with manual fine-tuning and digital display. The upper mold is equipped with a deflection compensation mechanism, while the lower deflection compensation mechanism is used for models with 250 tons and over 4000mm in length.

Main components and structure of machine tools

1. Slider section: Utilizes hydraulic transmission, the slider section consists of sliders, cylinders, and a mechanical stop adjustment structure. The left and right cylinders are fixed to the machine frame, and the pistons (shafts) are driven to move the sliders up and down by hydraulic force. The mechanical stops are adjusted by a counter to display the adjustment values.

2. Workbench section: Operated by a button box, it drives the motor to move the stopper架 forward and backward, with the distance of movement displayed by a counter, reading as 0.10 mm (with travel switches for limit on both front and rear positions).

3. Synchronization System: The machine features a mechanical synchronization mechanism composed of扭轴 (torque shaft),摆臂 (swing arm), and joint bearings, which boasts a simple structure, stable performance, and high synchronization accuracy. The mechanical stop is adjusted by the motor, with a counter displaying the numerical value.

4. Material Stop Mechanism: The material stop is driven by an electric motor, powered by a sprocket to synchronize the movement of two screws, with a counter displaying the material stop size.