Synchronous transmission of automated stamping production lines
As a high-rigidity and high-strength transmission element, stamping synchronous belts are used in fully automatic stamping machines and stamping production lines to ensure that each process equipment can operate accurately and synchronously without slipping and transmission errors, thereby improving the quality and production efficiency of stamping parts.
Improve the production rhythm and efficiency of stamping equipment
The synchronous motion control technology driven by synchronous belts can significantly improve the speed of the entire stamping line.
For example, the production rhythm of large stamping lines has been increased from 6 to 8 pieces per minute to 10 to 15 pieces per minute, greatly improving production efficiency. The servo press is equipped with synchronous belt drive to achieve multi-segment vibration curves and complex stamping processes, further optimizing the forming quality and rhythm.
Realize the collaboration between stamping equipment and automated handling and robots
The transmission system driven by synchronous belts cooperates with automated handling equipment and robot arms to realize automatic loading and unloading, conveying and sorting of stamping parts, reduce manual intervention, and improve the automation level and safety of stamping workshops.
Adapt to complex stamping processes and multi-station stamping machines
The stamping synchronous belt can support multi-station stamping machines and transfer die systems to achieve multi-step stamping processing of complex parts. Transfer die stamping combined with automatic transfer mechanism, using synchronous belt drive to ensure coordination between presses, suitable for efficient production of large quantities of complex parts.
Integrated support for high-performance control systems
The combination of PC-based high-performance control technology and synchronous belt drive system can achieve high-speed and high-precision control of stamping machines, shorten the stroke cycle, improve equipment utilization and maintenance efficiency, and meet the needs of Industry 4.0 smart manufacturing.