3D welding workbench

The 3D welding workbench is a set of standardized, systematic, and universal fixtures.

The 3D welding workbench simplifies the work of designing fixtures, shortens the production preparation cycle of new products, and opens up a new path for small batch and multi variety production.

The 3D welding workbench is based on five working surfaces with standard grid holes and front grid lines, equipped with various standard modules for positioning. It is connected by bolts to position and clamp workpieces of various shapes, and can also achieve arbitrary assembly and repeated use in 3D space (users can assemble different fixtures according to the product structure, just like children playing with building block toys). Using SANW's 3D flexible combination fixture system can save time and improve production efficiency for users who are constantly designing fixtures.

The 3D welding workbench has been widely used in industries such as equipment manufacturing, welding processing, mechanical processing, rail transportation, automobiles, motorcycles, shipbuilding, pressure vessels, sheet metal processing, chassis and cabinets, testing and inspection, and matching with welding robots or welding machines.

The 3D welding workbench has the characteristics of economy and flexibility.

Design principle of welding fixture for 3D welding workbench:

1. Meet the stability of workpiece positioning during use;

2. The construction process in which there is sufficient load-bearing or clamping force for the workpiece to be carried out on the fixture;

3. Satisfy the simplicity and operation during the clamping process;

4. Fragile parts are replaceable structures that do not require the use of other tools when conditions are sufficient;

5. Satisfy the repeated positioning of fixtures during adjustment or replacement processes;

6. Try to avoid complex structures and high costs as much as possible;

7. Try to use standard products on the market as components as much as possible;

8. Meet the laws and regulations of the fixture usage or region;

9. The design scheme follows the principle of prioritizing manual, pneumatic, hydraulic, and servo in sequence;

10. Establish a series and standardization of internal products within the company.