Cast iron 3D welding table

Cast iron 3D welding table(3D flexible welding platform)adopts high-grade HT300 gray cast iron as raw material,subjected to artificial aging and stress relief annealing to eliminate internal stress thoroughly.It features excellent rigidity,anti-deformation performance and stable dimensional accuracy,far superior to steel welded welding tables under long-term high-load welding conditions.

The tabletop is machined with standard grid hole system(D16/D28 holes,50mm pitch)distributed on the top surface and four vertical sides,forming a complete 3D coordinate positioning system.The flatness tolerance can be controlled within±0.05mm,supporting rapid assembly of various standard accessories:positioning pins,clamping brackets,stop blocks,angle fixtures and support parts.Operators can quickly build flexible tooling without custom dedicated jigs.

Thanks to cast iron material characteristics,the table effectively absorbs vibration generated during welding,grinding and assembly,avoiding workpiece displacement.Its surface resists welding spatter adhesion,high temperature burns and abrasion.Even under frequent thermal impact from welding arcs,the platform maintains stable flatness and will not warp easily.

This cast iron 3D welding table realizes multi-angle clamping and spatial positioning along X,Y and Z axes.It is widely used for frame welding,pipe fabrication,machinery part assembly,sheet metal processing,new energy equipment manufacturing,automotive structural component production and engineering equipment customization.

Compatible with MIG,TIG,MMA welding,assembly and dimensional inspection procedures.Suitable for small-batch customized production as well as standardized batch manufacturing.By cutting fixture manufacturing cycle and lowering tooling investment cost,it greatly improves welding consistency and overall production efficiency.

Complete supporting accessories are available for matching.Multiple standard sizes can be provided,and customized dimensions are acceptable according to customer requirements.