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 Weilun touchscreen system features an ultra-large CPU capable of accommodating 350 file edits.
3. Automatic error and fault detection and on-screen display facilitate troubleshooting.
4. All processing data is input via the touchscreen, and compensation values, speeds, and demolding gaps can be customized for each bend to accommodate different material variations.
5. Five action sequences and 10 speed settings can be individually programmed for each bend in the same pipe, allowing operators to customize their operation. This improves work efficiency and reduces pipe interference.
6. The touchscreen display is switchable between Chinese and English, and other languages can be customized upon request.
7. Feeding methods can be selected from direct or clamp feed to meet specific requirements, and X, Y, and Z coordinates can be automatically converted 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 lubrication system for easy maintenance and extended equipment life.
10. The feeder’s infeed 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.
| DW38CNC 4A2S-T fully automatic pipe bending machine | |
| Four-axis servo motor, two-layer mold, with push-bending function | |
| Maximum Processing Pipe Diameter (Steel Pipe): Φ38×2mm (Bending Radius R ≥ 1.5D) | Hydraulic Working Pressure: 12MPa |
| Bending Direction: Clockwise when viewed from above | Maximum Bends per Job: 32 |
| Maximum Mold Layers: Two layers | Maximum Pipe Profile Storage: 350 sets |
| Maximum Single Feed Stroke: 3200mm | Machine Dimensions: 5400×1200×1550mm |
| Maximum Bending Angle: 190° | Machine Weight: 1800kg |
| Maximum Bending Radius: 180mm (Mold Bending) ≥ 6D (Push Bending) | Bending Method: Servo Motor + Gear Reducer |
| Data input methods: 1. Coordinates (X.Y.Z) 2. Working values (Y.B.C) | Pipe Feeding Method: Servo Motor + Gear Reducer |
| Feeding method: Clamp feed/Direct feed | Pipe rotation method: Servo motor + gear reducer |
| Bending speed: 150°/sec | Head horizontal movement method: Servo motor |
| Tube rotation speed: 200°/sec | Head vertical lifting method: Hydraulic cylinder |
| Feeding speed: 1000mm/sec | Main clamping method: Hydraulic cylinder |
| Head traverse speed: 1000mm/sec | Auxiliary clamping method: Hydraulic cylinder |
| Bending accuracy: ±0.1° | Auxiliary pushing method: Hydraulic cylinder |
| Rotation accuracy: ±0.1° | Feeding trolley pipe clamping method: Hydraulic cylinder |
| Feeding accuracy: ±0.1mm | Material support method: Pneumatic cylinder |
| Head traverse accuracy: ±0.1mm | Core pulling method: Hydraulic cylinder |
| Bending servo motor power: 3kW | Operating language: English/Chinese |
| Rotation servo motor power: 750W | Power Supply: 380V 50Hz Three-Phase Power |
| Feeding servo motor power: 2kW | Lubrication: Equipped with Automatic Lubrication System |
| Head traverse servo motor power: 750W | Hydraulic Cooling System: Air Cooler |
| Main Motor Power: 4kW | |

