DW-38CNC Automatic Hydraulic Bending Machine, Automatic Hydraulic Bending Machine

Single-head hydraulic bending machine with microcomputer control, hydraulic drive, Chinese subtitle display, touch screen human-machine dialogue operation, specially designed space corner device, hydraulic clamp tube servo motor automatic angle turning, and locking.

Servo motor automatic bending machine for fixed-length tube bending, capable of producing multi-angle three-dimensional pipe fittings, an economical and practical pipe processing machine.

Primarily suitable for auto and motorcycle parts, as well as the processing of multi-angle, high-precision tubular materials.

This machine is composed of main drive mechanism, mandrel mechanism, feeding mechanism, clamping mechanism, electrical system, and hydraulic system, among other key components. During operation, the motor drives the oil pump to rotate, supplying pressurized oil,

The microcomputer (PLC) issues commands to control the opening and closing of various solenoid valves, causing the hydraulic cylinders to operate in a specific sequence and pattern to achieve the bending of pipes.

Electrical control systems, featuring renowned Japanese controllers such as Mitsubishi servo drives, servo motors, and positioning modules, offer strong performance and excellent stability.

Features automatic error and fault detection, displayed on the screen for easy troubleshooting by the operator.

All processing data is input via a touch screen.

Each bend can vary due to different materials, set compensation values, speed, and demolding gaps.

Each bend of the same pipe can be programmed with seven action sequences and eight speed levels, allowing the operator to mix and match for increased efficiency and reduced interference points on pipe fittings.

Touchscreen display available in Chinese/English, other languages can be ordered as requested.

Supply shaft and swivel shaft are driven by servo motors, offering high precision and excellent stability.

Delivery methods can be selected between clamping and direct shipment based on different requirements.

During trial bending, you can use decomposed movements to observe interference points, modify actions, and enhance efficiency.