2026.10.19
After demolding, aluminum alloy die-cast parts produce a large amount of burrs and edges at the parting surface and gate locations. Manual cleaning is inefficient, leading to significant product quali...
2026.10.14
After many enterprises deployed robotic deburring workstations, they encountered issues such as incomplete deburring, batch scratches on workpieces, and frequent adjustments, resulting in projects fai...
2026.10.13
Weld scar grinding on sheet metal and energy storage cabinets is challenging, as conventional rigid grinding easily thins the base material. Beijing Steel CNC, as a manufacturer of robotic grinding he...
2026.10.08
After welding and machining of castings, not only are there weld slag and spatter at the welds, but the parting surfaces of the casting body also have a large amount of burrs. Traditional production i...
2026.09.28
Our self-developed flexible robot polishing head features built-in adaptive floating capability, capable of removing burrs and edge defects from aluminum alloy die-cast parts, cast iron components, an...
2026.09.23
In many factories, machining operations require both cleaning welded seams and removing burrs from castings and machined parts. Purchasing two separate sets of equipment incurs high initial costs. An ...
2026.09.21
作为国内专业机器人打磨头厂家，北京斯蒂尔数控专注自动化打磨抛光、机器人去毛刺、焊缝打磨领域，自主研发系列柔性末端打磨工具，打破进口产品高价垄断，为制造业提供高性价比选择。
2026.09.17
Setting up a robotic deburring workstation: while the robot itself is merely a carrier, the end-effector grinding head is the core determining factor for the final processing outcome. Selecting a reli...
2026.09.14
After welding of steel structure enclosures, energy storage cabinets, and construction machinery components is completed, the welds vary in height, making manual grinding labor-intensive with inconsis...
2026.09.10
After welding, cleaning weld scars, spatter, and uneven welds on sheet metal enclosures, construction machinery frames, and new energy vehicle frames has always been a production challenge. When selec...
