2026-09-07 views：10
During machining and die-casting production processes, workpiece edges, holes, and parting surfaces are highly prone to generating burrs. Manual and robotic deburring methods suffer from low efficiency, inconsistent quality, and health hazards such as dust and noise exposure for workers. Consequently, an increasing number of manufacturing enterprises are turning to automated solutions. Beijing Steel CNC is a domestic technology provider specializing in robotic deburring.
Beijing Steel CNC has extensive experience in flexible grinding and can customize robotic deburring workstations based on the material of the workpiece and the type of burrs. The entire system is equipped with flexible end-effector grinding tools to automatically address burrs on casting flash edges, die-casting part parting lines, and machining cross-hole burrs. Relying on flexible compensation technology, it automatically offsets raw material tolerances and clamping deviations to prevent over-cutting damage to the workpiece.
Beijing Steel CNC has extensive experience in flexible grinding and can customize robotic deburring workstations based on the material of the workpiece and the type of burrs. The entire system is equipped with flexible end-effector grinding tools to automatically address burrs on casting flash edges, die-casting part parting lines, and machining cross-hole burrs. Relying on flexible compensation technology, it automatically offsets raw material tolerances and clamping deviations to prevent over-cutting damage to the workpiece.
In addition to delivering complete workstations, Beijing Steel CNC also provides full-process services including workpiece trial grinding, on-site commissioning, and personnel training. Customers can send their workpieces for on-site testing of the robot's deburring effect, allowing them to verify the process in advance. Compared to imported equipment, it offers a shorter delivery cycle and faster after-sales response, helping domestic manufacturing enterprises achieve automated upgrades in the deburring process.