1. Modular design
Quick splicing: The 3D welding table adopts a modular design. Users can quickly splice different tooling according to their needs, just like children playing with assembly toys. This design allows the workbench to be flexibly adjusted according to the shape and size of the workpiece, greatly reducing the preparation time.
Standardized components: All components are classified, standardized and serialized, and matched with each other. By selecting the least modules, various quick positioning and clamping functions can be achieved.
2. High-precision positioning
Precise hole position: The D16 or D28 round holes on the workbench and various functional modules are matched every 50 or 100mm, and the hole spacing size tolerance of any hole is less than 0.02mm. This high-precision hole position design ensures the accuracy of welding and reduces welding errors.
High-precision processing: The deformation of the workbench does not exceed 0.50mm under the concentrated load of about 2 tons and 1M², and its deformation is only 0.024mm under the uniform load. This high-precision processing and design enables the workbench to meet the needs of most welding and assembly processing.
3. Flexibility
Multi-faceted design: The five faces of the 3D welding table are all processed with regular holes and engraved with mesh wires. This design allows the workbench to be easily extended, expanded, and combined. The extended standard table can be modularly positioned and clamped directly together.
Various assembly methods: Users can assemble and combine according to the shape and size of the workpiece. The scale and module size design on the table enable operators to quickly build the required tooling according to the size of the workpiece without measuring tools.
4. Automation and intelligence
3D vision system: Some 3D welding tables are equipped with 3D vision systems, which can automatically extract welds and locate workpieces, reducing manual intervention. This automation technology not only improves welding efficiency, but also reduces human errors.
Remote parameter debugging: Supports remote parameter debugging and one-click generation of welding programs, further improving the convenience and efficiency of operation.
5. Durability and maintenance
High hardness surface: The surface of the workbench has been specially treated, which is not easily damaged by welding spatter and has a long service life.
Replacement of wearing parts: If a part is damaged due to improper use, the whole table does not need to be scrapped, and a single part can be replaced at a very low cost.
6. Application scenarios
Applicable to a variety of industries: 3D welding table is suitable for a variety of welding scenarios, including steel structures, engineering machinery, steel bars, civil air defense doors, tube and sheet parts, etc. Its flexibility and high precision make it an ideal choice for various manufacturing industries.
