Robotic Welding Table With Matrix Holes

Extremely high positioning accuracy and repeatability: The matrix hole system is precision-machined in one go by large CNC machine tools, with minimal hole position tolerance (usually up to ±0.05mm or higher). This is the fundamental prerequisite for achieving high-precision robotic welding, ensuring that "clamping accuracy" and "robot motion accuracy" are at the same level.

Excellent rigidity and stability: The tabletop is usually made of high-strength cast iron (such as ductile iron), which has excellent shock absorption, wear resistance, and deformation resistance. It can withstand vibrations caused by the robot's high-speed movement, the weight of workpieces, and welding stress, ensuring long-term precision stability during use.

Complete modularity and flexibility: With a full set of standardized accessories (positioning pins, support blocks, pressure arms, angle modules, etc.), a three-dimensional clamping system can be quickly built at any position of the matrix holes like building blocks. When changing production, only the accessories need to be replaced or adjusted, without the need to manufacture expensive special fixtures.

Optimized robot accessibility: The design fully considers the robot's working radius and motion interference. The low-profile accessories and open tabletop structure allow the robot's welding torch to approach the weld seam at the optimal angle, maximizing the robot's working range.