Recently, the LM-HXG shipbuilding profile robot cutting line project was delivered at Xinjiangzhou Shipbuilding Heavy Industry. The project's products have made contributions to improving new quality productivity and perfecting modern shipbuilding technology and processes. The New Jiangzhou Shipbuilding Heavy Industry Cutting Line Project adopts a dual station dual material table processing platform, which consists of inkjet cutting/monitoring platform/dust removal/offline programming/machine tool control/plasma/laser power supply, etc. The project can complete the end locking, groove cutting, coding and marking of ball flat steel angle steel workpieces, as well as the cutting of process holes and flow holes. It can replace traditional manual layout and marking, profile cutting and other outdated processes and equipment in the marine shipbuilding industry. The project is environmentally friendly and efficient.

The LM-HXG ship construction profile robot cutting line is suitable for spray coding, cutting, and sorting of profile production lines such as ball flat steel, angle steel, and flat steel with large deformation in industries such as marine engineering and shipbuilding. Through the independent copyright MobotSpace offline programming nesting software and automatic docking with various user ship construction design software, its price competitiveness and automation level have been well received by domestic and foreign shipbuilding users.

The LM-HXG shipbuilding profile robot cutting line can not only significantly improve the production efficiency and workpiece quality of marine engineering and shipyards, but also further reduce workshop production personnel and management costs, providing precise workpiece size and clean welding groove conditions for large components in marine engineering shipyards.

The LM-HXG ship construction profile robot cutting line consists of processes such as loading, coding, cutting, sorting, and unloading, and is automatically integrated with user ship construction design software such as AM (Tribon)/SPD to achieve automatic programming of workpieces (ball flat steel, angle steel, flat steel), optimize nesting, data statistics, coding and marking, and automatic cutting.

MobotSpace, an offline programming and scheduling software copyrighted by Beijing Linkman, can automatically extract thousands of profile workpiece information from shipbuilding design software such as AM (Tribon) and SPD within seconds. It eliminates the traditional tedious manual programming and nesting, meets the programming and scheduling requirements of 24-hour water flow production lines in the marine shipbuilding industry, and reduces errors caused by manual programming and nesting.

MobotSpace can also be set up in design or process departments to easily complete offline programming and automatic nesting of cutting robots, as well as coding, marking, and cutting simulation in the office. It automatically generates cutting robot program code, which can be downloaded directly to the workshop robot cutting line through a USB flash drive or network, reducing operational labor intensity and improving processing efficiency and cutting accuracy.

The following figure shows the user site and partial performance:

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