CNC Automatic PIPE Bending
1. Electronic Control System: Utilizing a servo drive, servo motor, and CPU combination from Mitsubishi, a world-renowned controller brand, this system offers high performance and excellent stability.
2. Taiwan Advantech’s industrial computer system features a large CPU capable of editing 2 million files.
3. Automatic error and fault detection, with on-screen display, facilitates troubleshooting.
4. All processing data is input via the touchscreen, allowing for customizable compensation values, speeds, and demolding gaps for each bend to accommodate varying material variations.
5. Five separate action sequences and 10 speed settings can be programmed for each bend in the same pipe, allowing operators to customize their operation. This improves work efficiency and reduces interference points between pipes and fittings.
6. The touchscreen display is switchable between Chinese and English, and other languages can be customized upon request.
7. Feeding options include direct or clamped feeding, with automatic conversion of X, Y, and Z coordinates to Y, B, and C processing values.
8. The electronic control system is equipped with a heat exchanger for automatic heat dissipation, ensuring system life. 9. The machine is equipped with an automatic oil injection lubrication system for easy maintenance and extended equipment life.
10. The feeder’s feed position, safety device, digital-to-analog interference position, and guide-die interference position can be manually fine-tuned and automatically memorized, eliminating measurement errors and machine collisions.
11. The feeder axis automatically detects movement before operation to prevent collisions with the machine.
12. During actual bending, you can select a decomposition function to observe interference points and make adjustments, improving efficiency.
| DW65CNC8A4S fully automatic pipe bending machine | |
| Eight-axis servo, four-layer mold, head translation mold change | |
| Maximum processing pipe diameter (iron pipe): Φ65 × 3mm (bending radius ≥ 1.5D) | Auxiliary push clamping servo motor power: 2kW |
| Maximum number of mold layers: Four | Auxiliary push forward and backward servo motor power: 1kW |
| Maximum through-hole distance: 3000mm | Auxiliary push vertical servo motor power: 1kW |
| Maximum bending angle: 190° | Main motor power: 5.5kW |
| Maximum bending radius: 280mm | Hydraulic operating pressure: 12MPa |
| Data input method: 1. Working value (Y, B, C) | Number of bends per unit: 50 |
| 2. Coordinates (X, Y, Z) | Number of pipe files that can be set: 2 million |
| Feeding method: Clamp feed/straight feed | Machine dimensions: 4800 × 1550 × 1650mm Machine Weight: 3500kg |
| Bending speed: 90°/second | Bending Method: Servo Motor + Reducer |
| Turn speed: 200°/second | Feeding Method: Servo Motor + Reducer |
| Feeding speed: 1000mm/second | Tube Rotation Method: Servo Motor + Reducer |
| Bending accuracy: ±0.1° | Head Vertical Movement Method: Servo Motor + Reducer |
| Turn accuracy: ±0.1° | Head Parallel Movement Method: Servo Motor |
| Feeding accuracy: ±0.1mm | Auxiliary Push Clamping Method: Servo Motor + Reducer |
| Head vertical translation accuracy: ±0.1mm | Auxiliary Push Forward and Rear Movement Method: Servo Motor + Reducer |
| Head horizontal translation accuracy: ±0.1mm | Auxiliary Push Up and Down Movement Method: Servo Motor |
| Auxiliary push clamping accuracy: ±0.1mm | Feed Carriage Clamping Method: Hydraulic Cylinder |
| Auxiliary push forward and backward movement accuracy: ±0.1mm | Material Support Method: Hydraulic Cylinder |
| Auxiliary push vertical movement accuracy: ±0.1mm | Core Pulling Method: Hydraulic Cylinder |
| Bending servo motor power: 7kW | Operating Language: Chinese/English |
| Turn servo motor Power: 750W | Power Supply: 380V 50Hz Three-Phase |
| Feed servo motor power: 2kW | Windows Operating System, Supports USB Flash Drive Copying |
| Head vertical translation servo motor power: 4.4kW | Supports 3D Graphics Display |
| Head horizontal translation servo motor power: 1kW | |

