| Customization: | Available |
|---|---|
| Automation: | Automatic |
| Certification: | CE |
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The electro-hydraulic synchronous servo bending machine relies on electro-hydraulic servo proportional valves and grating rulers to establish a closed-loop control system for signal transmission to the main cylinders on both sides of the machine. This closed-loop control system synchronizes the movements of the two cylinders, providing accurate feedback. As a result, the slider operates precisely, to improved bending accuracy and high repeat positioning accuracy.
1.Performance Characteristics:
Electromechanical Convex Automatic Compensation System:
The machine adopts an electromechanical convex automatic compensation system to address the impact of slider deformation on the quality of the workpiece during the bending process.
The compensation amount is automatically adjusted by the CNC system, ensuring convenience and accuracy in compensating for slider deformation.
2.Fully Functional Back Gauge Mechanism:
It features a fully functional back gauge mechanism that can optionally control multiple back gauge shafts.Functional components within the back gauge, such as guide rails, screws, and bearings, are sourced from imported original parts to ensure the accuracy of the back gauge.
3.Integral Welded Structure:
The machine body is constructed with an integral welded structure, offering convenience for transportation and processing.
This design ensures the overall accuracy and stability of the machine tool during operation.
4.Analysis Using ANSYS Finite Element Analysis Software:
Important components such as the fuselage and slider undergo analysis using ANSYS finite element analysis software.
This analysis ensures the reliability of the machine tool by simulating and optimizing the structural integrity and performance of critical components.
These performance characteristics collectively contribute to the precision, reliability, and efficiency of the bending process in the electro-hydraulic synchronous servo bending machine. The integration of advanced control systems, compensation mechanisms, and high-quality components underscores its capability to produce accurate and high-quality bent workpieces.
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