The dual-machine hydraulic sheet bending machine features large-span precision bending, stable load distribution, and large workpiece processing capability, specifically engineered for long-plate bending applications.
Core application features:
1. Large-span processing: Capable of handling 8-20 meter long plates, overcoming the limitations of single-machine processing, and suitable for ultra-wide workpieces such as large lamp posts and bridge components.
2. Superior synchronization precision: Featuring a servo synchronization system, it ensures controllable errors in slider elevation and stroke positioning, guaranteeing consistent bending angles and eliminating distortion.
3. Stable and uniform load distribution: The hydraulic system works in tandem with mechanical linkage, ensuring even bending force distribution across the entire sheet length. This reduces local stress concentration and protects both workpieces and equipment.
4. Flexible working conditions: Supports dual modes—single-machine operation (conventional plates) and dual-machine coordination (long workpieces)—to accommodate diverse production needs and enhance equipment utilization.
5. Efficient and user-friendly operation: The centralized control system enables synchronized operations and unified parameter settings, supporting complex processes like segmented bending and multi-point positioning, thereby simplifying the operational workflow.
core advantage：
Jiangsu Tewei Machine Tool's Double-Machine Linked Hydraulic Plate Bending Machine is designed for extra-wide plate processing. Key features include large-span capability (8-20m), superior synchronization precision with servo control system, uniform load distribution to avoid stress concentration, flexible operation modes (single/machine-linked), and easy centralized control. It is suitable for manufacturing large lamp pole bodies and heavy steel structures, providing reliable, efficient solutions with stable performance and precise bending results, supported by Jiangsu Tewei's advanced machining technology.
