CNC Bending Machine
CNC bending machines have become an essential tool for various industries with their ability to bend and form metal into precise and intricate shapes, they have revolutionized the manufacturing process.
CNC bending machines can produce complex shapes quickly and accurately, ensuring that the production process is efficient and on schedule. In the automotive industry, for example, CNC bending machines are used to create precise parts for engines and transmissions, ensuring that vehicles run smoothly and reliably.
Bending machines are commonly used in various industries and applications such as:
1. Metalworking industry: it is commonly used for bending metal sheets and plates to create various shapes and designs. It is widely used in manufacturing processes for automobile and aerospace components, construction materials, and household appliances.
2. Construction industry: bending machines are extensively used for bending bars and rods for reinforcing concrete structures, such as bridges, buildings, and dams.
3. HVAC industry: it is used for bending tubes and pipes for the fabrication of heating, ventilation, and air conditioning systems.
4. Electrical industry: bending machines are used for bending conduit pipes and metal wires to create various shapes and sizes required for electrical installations.
5. Glass industry: bending machines are used for bending and shaping glass sheets for the production of various glass products such as automobile windshields, mirrors, and glass doors.
In summary, bending machines are used in various industries where metal, glass, or other materials need to be bent for different applications.
Machine configuration:
- Y1-Y2-X-R-V five-axis CNC
- Equipped with the special CNC system for DA53T bending machine from DELEM, the Netherlands
- Equipped with German BOSCH-REXROTH high-performance proportional servo hydraulic system
- Configure the grating ruler of SPAIN FAGORcompany
- Configure the oil pump of SUNNY, USAcompany
- The mechanical downward inclined block deflection compensation worktable controlled by the DNC system
- The back gauge is equipped with high-performance servo motor and ball screw
- A set of standard molds
| No | Configuration | Numerical value | unit | Remark | |
| 1 | Nominal pressure | 1350 | KN | ||
| 2 | Foldable plate width | 3200 | mm | ||
| 3 | Slide stroke | 200 | mm | ||
| 4 | Maximum opening height | 420 | mm | ||
| 5 | Column spacing | 2700 | mm | ||
| 6 | throat depth | 400 | mm | ||
| 7 | Fast down speed | 160 | mm/ s | ||
| 8 | Return speed | 130 | mm/ s | ||
| 9 | Working speed | 10 | mm/ s | ||
| 10 | Main motor power | 11 | Kw | servo motor | |
| 11 | CNC system | DA53T | Netherlands | ||
| 12 | X-axis travel of rear stopper | 500 | mm | ||
| 13 | Number of control axes | 4+ 1 Axis (Y1 、Y2 、X 、R+V) | |||
| 14 | Machine tool accuracy | Slider repeat accuracy | ≤±0.01 | mm | |
| 15 | Slide positioning accuracy | ≤±0.02 | mm | ||
| 16 | Workpiece straightness | 0.3 / m | mm | ||
| 17 | Bending angle error | <±30 | ′ | ||
| 18 | Raster scale resolution | 0.005 | mm | ||
| 19 | Rear retaining material | X-axis travel | 500 | mm | |
| 20 | X-axis speed | 200 | mm/s | ||
| 21 | positioning accuracy | ±0.05 | mm | ||
| 22 | Repetitive positioning accuracy | ±0.015 | mm | ||
| 23 | Machine wight | 10 T | T | ||
| 24 | Machine diamentions | L 3500 / W 1580 /H 2500 | mm | ||
Product Details Display:
The main oil cylinders on both sides are synchronously controlled by the electro-hydraulic servo valve imported from Germany and the grating ruler of FAGOR in Spain,The feedback is accurate, and the slider operates accurately, so that the bending accuracy and the repeated positioning accuracy of the slider are high.
V-axis compensation. Solve the influence of the deformation of the slider during the bending process on the quality of the workpiece. The compensation amount is automatically controlled by the numerical control system.
The X-axis rear retaining frame is composed of left and right guide rail seats, beams, adjusting seats, supports, adjustable supports, seat plates, adjusting seats, adjusting screws, retaining fingers and other parts. The control of X-axis movement is realized through the servo motor of X-axis.
The rear stopper of R-axis is composed of guide rail seat, R-axis motor and reducer, and drives the cross beam along the linear guide moves up and down. The control of the R-axis movement is realized by the servo motor of the R-axis.
Size and pressure change, feedback the monitoring signal to the driver for rapid processing and correction, which is a closed-loop non-overflow first
Enter the control method. The advantages are energy saving, low oil temperature, environmental protection and high efficiency.
FAQ:
1.CNC bending machines can bend a wide range of materials, including steel, aluminum, and copper. This makes them useful in multiple industries, from construction to aerospace. CNC Bending machines can be used to create structural components, brackets, and other parts that are essential in the manufacturing process.
2.CNC bending machines are also incredibly safe to use. With their advanced sensors and computer-controlled operation, users can be assured that the process is accurate and reliable. Additionally, many CNC machines have safety features like emergency stop buttons and protective barriers to prevent accidents.
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