1.Strong Adaptability: Compatible with structural components of multiple specifications and types, eliminating the need for customizing dedicated fixtures for single parts. It is particularly suitable for irregular and complex curved structural components, reducing tool change costs and shortening production preparation cycles.

2.Controllable Precision: Relying on a 3D positioning system and modular components, the clamping and positioning accuracy of structural components can reach 0.10/1000mm. This reduces manual adjustment errors, ensures consistency in mass production, and meets high-precision processing requirements.

3.Flexible and Efficient: Through rapid reorganization of fixture modules, efficient switching of structural components from clamping to disassembly is realized. The tool change time for a single process is shortened by more than 50%, making it suitable for small-batch and multi-variety production modes.

4.Excellent Stability: The modular components have high rigidity and uniform clamping force, which can effectively suppress processing vibration of structural components and reduce welding deformation. It is especially suitable for the stable processing of thin-walled and easily deformable structural components.

5.Good Expandability: It can adapt to changes in the size and process of structural components by increasing/decreasing modules and upgrading control systems, extending the service life of fixtures and reducing the cost of repeated equipment investment.