Advanced hybrid bending solution combining servo technology with hydraulic power for high efficiency and precision
The Large Hybrid CNC Bending Machine is designed for high performance metal forming, combining the advantages of electric servo systems and hydraulic technology. This hybrid design allows for improved energy efficiency, faster response, and precise control while maintaining strong bending capacity for heavy duty applications.
With advanced CNC control and optimized power distribution, the machine delivers stable performance, reduced energy consumption, and consistent bending accuracy. It is especially suitable for large scale production environments where both power and efficiency are critical.
Hybrid drive system combining servo and hydraulic technology
High bending accuracy with stable performance
Improved energy efficiency compared to traditional systems
Fast response speed and smooth operation
Strong machine structure for heavy duty applications
Advanced CNC control system for precise programming
Reduced operating cost with optimized energy usage
Bending capacity suitable for large scale applications
Working length customizable according to production requirements
High positioning accuracy and repeatability
Hybrid servo hydraulic drive system
Multi axis CNC control
Heavy machinery manufacturing
Steel structure processing
Construction industry
Large sheet metal fabrication
Industrial equipment production
This machine is ideal for manufacturers who require both power and efficiency. It offers the strength of hydraulic systems while reducing energy consumption through servo optimization. It is a reliable solution for large scale and high demand production environments.
Partner with Xinli Machinery for advanced equipment solutions that deliver consistent results and long-term value.
Discover reliable, high-performance machinery designed to improve efficiency and precision in your operations. Our team is here to help you find the right solution.
Have questions about our machines or need a custom solution?
Fill out the form below and our team will get back to you within 24 hours.