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A manufacturer of electromechanical equipment ordered a set of SC Robotic Press Brake Bending Machine. Shenchong engineers have completed the adjustment and testing before shipment, and then disassembled and packaged it. Shenchong workers are preparing for shipment.
- WEK CNC Hydraulic Press Brake
- 250Ton 5000mm Bending
- EL15T CNC system
- 4+1 axis
- Robot ABB-IRB6700-300-6000
Robot manipulators can realize the automation of the bending process, and have intelligent recognition, path planning and real-time adjustment functions.
Through programming, multi-angle and multi-directional bending of complex workpieces can be achieved.
The CNC system of the bending machine ensures the bending accuracy, and the robot manipulator can accurately grasp and position the workpiece to avoid human errors.
When equipped with sensors and visual systems, the manipulator can automatically correct errors to ensure processing accuracy.
The manipulator has six degrees of freedom or even higher degrees of freedom of movement, and can adapt to the shapes and processing requirements of various workpieces.
It can be adapted to bending machines and workpieces of different specifications, with strong adaptability, suitable for small batch and multi-variety production.
The robot manipulator can work continuously without rest, reducing dependence on manual operation, especially in high-intensity or high-risk processing environments.
The robot can easily complete the bending tasks of large or complex workpieces that are difficult to operate by traditional manual labor.
The robot manipulator has a fast grasping speed and the bending machine has a high processing efficiency. The combination can greatly improve production efficiency.
No human intervention is required, the waiting time for loading and unloading is reduced, and the processing rhythm is more stable.
During the automated processing process, the robot manipulator accurately performs each step of the operation to avoid problems caused by manual fatigue, lack of experience or improper operation.
High product consistency and stable processing quality.
In the long run, the robot manipulator bending machine can significantly reduce labor costs.
The equipment can run continuously for a long time and the unit processing cost is low.
The robot replaces manual operation in dangerous bending areas, reducing the risk of workers being injured due to material rebound or equipment failure.
In the processing scenarios of high temperature, sharp or heavy workpieces, robots are safer and more reliable.
The SC robot press brake bending machine can be connected to the production management system of the smart factory, monitor the processing process in real time, and support data analysis and process optimization.
The production plan can be flexibly adjusted according to order requirements to meet the requirements of flexible production.
Automated equipment operates more efficiently and can reduce energy waste.
Reducing the labor intensity of workers helps to reduce the impact of noise, dust and other problems in the working environment.
The robot manipulator and bending machine can operate independently, and the equipment combination is flexible, which is convenient for expanding functions.
The manipulator can work with bending machines of different brands and specifications, supporting a variety of processes and materials.
After being equipped with a high-precision visual system, it can realize automatic identification, positioning and dynamic adjustment of workpieces.
Sensor technology can detect the force of the workpiece and adjust the processing parameters in real time.
The robot manipulator can quickly adapt to the requirements of different products and processes through program switching, and support multi-variety production.
Integrated intelligent error prevention function can automatically stop operation or alarm in abnormal situations, improving production safety and reliability.
The SC robotic press brake bending machine combines the flexibility of the manipulator with the high precision of the bending machine, which not only improves production efficiency, but also improves processing quality and safety. With the development of intelligent manufacturing technology, this equipment will be widely used in more fields and become one of the core equipment for modern sheet metal processing.