PBA110 CNC bending equipment

Here are some features of the PBA110 CNC bending equipment:
1. Structural Design:
- Appearance: It adopts a minimalist style with a new process design, presenting a beautiful and elegant appearance that is both practical and aesthetically pleasing.
- Frame: It has a highly rigid frame that can withstand large bending forces, ensuring the stability of the equipment during operation and providing a foundation for precise bending processing.
2. Performance:
- Drive System: The main motor uses a servo motor to drive the oil pump, which is about 40% more energy-efficient than conventional electro-hydraulic machines, reducing energy consumption while ensuring efficient operation of the equipment.
- Control Accuracy: The mechanical compensation automatic control of the worktable enables precise bending processing, improving the bending accuracy and quality of the products.
- Axis Configuration: Common configurations include 3+1 axes and 4+1 axes, meeting the needs of various complex bending processes.
3. Operation and Control System:
- Operation Convenience: It has a good parameter matching and superior core configuration, making the operation convenient and easy to master. Operators can master the operation methods of the equipment with simple training.
- Control System: It is equipped with advanced CNC systems, such as those from well-known brands like Delem, which can accurately control parameters such as bending angles and speeds, ensuring the accuracy and stability of the processing.
4. Processing Capacity:
- Nominal Pressure: The nominal pressure is 110 tons, capable of meeting the bending processing needs of most medium-thick plates.
- Processable Dimensions: Generally, it can process larger dimensions, such as models with a worktable length of about 3100mm, which can process larger-sized plates.
In summary, the PBA110 CNC bending equipment has the advantages of a sturdy structure, stable performance, convenient operation, high control accuracy, energy-saving and efficiency, and is widely used in mechanical manufacturing, sheet metal processing, automotive manufacturing, aerospace, and other industries. When choosing this equipment, it is necessary to consider specific processing requirements, budget and other factors comprehensively.