Grid Pattern Welding Table

Grid Pattern Welding Table， The grid type welding workbench is a commonly used work platform for welding operations. The following is a detailed introduction about it:

characteristic

Accurate positioning: The workbench surface has regularly arranged grid holes or lines, forming an accurate coordinate system. Through these grids, workpieces and welding fixtures can be quickly and accurately positioned, ensuring the accuracy of welding positions and improving the consistency of welding quality.

Flexible and versatile: Grid design allows the installation position of fixtures and workpieces to be adjusted according to requirements, without being limited by fixed positions. It can adapt to welding workpieces of various shapes and sizes, and can perform multi angle and multi-directional welding operations on the workbench, greatly improving the versatility and flexibility of the workbench.

Efficient and convenient: Using a grid type welding workbench can reduce the preparation time before welding, without spending a lot of time measuring and marking the position of the workpiece. At the same time, it also facilitates workers to quickly find the required operating position during the welding process, improving welding efficiency and reducing labor intensity.

Enhanced stability: The grid structure of some grid type welding workbenches adopts special designs, such as diagonal grids, which can increase the strength and stability of the workbench, reduce the vibration and deformation caused by the weight of the workpiece or welding operations during the welding process, and ensure the smooth progress of welding work.

Structure and components

Tabletop: Usually made of high-strength materials such as steel, cast iron, or aluminum alloy. These materials have good wear resistance, corrosion resistance, and high temperature resistance, and can withstand high temperatures, sparks, and impact forces generated during the welding process. The tabletop is precision machined to ensure the dimensional accuracy and flatness of the grid.

Grid system: A grid can be composed of circular, square, or rectangular holes, or lines etched or carved on a tabletop. The diameter of holes or the spacing between lines generally have standard specifications, such as common 16mm and 28mm holes, as well as 50mm and 100mm hole spacing, which are convenient for use with various standard welding fixtures.

Supporting structure: used to support countertops, usually a frame structure made of welded steel sections or cast brackets. The supporting structure has sufficient strength and stiffness to ensure that the workbench will not deform or tilt when carrying heavy objects, ensuring the stability and reliability of the workbench.

Fixtures and accessories: There are various types of matching fixtures, such as quick clamps, bolt fixtures, magnetic fixtures, etc., which can firmly fix the workpiece on the table through grid holes. In addition, accessories such as positioning pins, angle gauges, and pads may be equipped to further improve the positioning accuracy and welding efficiency of the workpiece.

application area 

Automobile manufacturing: In the welding production of automobile bodies, it is used to position and clamp body components, ensure welding accuracy, and ensure the dimensional accuracy and overall quality of the body.

Mechanical processing: For the welding processing of various mechanical parts, such as gearboxes, transmission shafts, frames, etc., grid type welding workbenches can provide precise positioning and stable support, helping to ensure welding quality and assembly accuracy of parts.

Metal structure fabrication: In the fields of building steel structures, bridge structures, pipeline installation, etc., it can be used to weld various types of steel, plates and other components, facilitating the assembly and welding of components, and improving construction efficiency and quality.

Mold manufacturing: During the welding repair and manufacturing process of the mold, it is possible to accurately locate the mold parts, ensure the dimensional accuracy and shape requirements of the welded mold, and extend the service life of the mold.