SightBit Robotics: Solving Shipbuilding Delivery Challenges with Visual Perception and Industrial Simulation
船厂订单排到2030年，交付难题谁来解？视比特打出通用工业具身“组合拳”
At the 2026 China Ocean Economy Expo, SightBit Robotics showcased its intelligent solutions for the shipbuilding industry, including dual-machine collaborative welding workstations, humanoid welding robots, and residual material intelligent scanning systems. By leveraging visual perception, industrial simulation, and AI technology, SightBit has achieved welding automation, improved steel utilization rates, and enabled flexible manufacturing in non-standard scenarios, offering the shipbuilding industry a practical path for digital transformation.
Source: High-tech Robotics — WeChat · Read original article ↗
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一条万吨级的船舶， 焊缝长度可以达到十几万米级，据 IEEE等期刊文献数据显示，焊接工时约占船舶建造总工时的40%，成本约占总成本的30%-50%。
Open source S10
除了传统的标准3D模型或CAD图纸导入，该系统支持通过3D结构光相机扫描后 逆向建模 ，无图纸工件也能自动生成焊接轨迹，无需专业编程人员，普通焊工也能简易操作完成一键焊缝扫描、焊接工艺选择等， 最高可将换产调试周期缩减90% 。
Open source S13
在 SpeedWeld系统支持下，双机协同智能焊接工作站还能够执行船舶厚板多层多道焊工艺，凭借可视化辅助调试工具，能够根据前一道焊缝成型情况，便捷调整下一道轨迹姿态验证，提升调试效率，将数小时的排道时间缩短至几十分钟完成。
Open source S14
Source：High-tech Robotics — WeChat · mp.weixin.qq.com