The embodied intelligent welding robot is composed of a "mobile chassis + welding robot + teaching-free autonomous decision-making welding system + welding actuator". This welding robot can flexibly transfer between work sites through the mobile chassis; equipped with a teaching-free autonomous welding system, that is, by applying robot vision, autonomous obstacle avoidance algorithms, integrated motion control algorithms and welding process design, it can autonomously plan the welding path, accurately position the welding position, and independently complete the welding task. It is mainly applied to fields such as steel structures, construction machinery, automotive manufacturing, electronic equipment, shipbuilding, and aerospace.
It can be transferred at any time without the need for production line renovation, adapting to different scenarios and terrains, and reducing enterprise costs.
Reduce manual teaching, quickly carry out welding operations, improve production efficiency, and save manpower and material resources.
Autonomous intelligent welding
Teaching free autonomous decision-making system: Through machine vision, AI algorithms, and welding process databases, it automatically identifies the position of the weld seam, plans the optimal welding path, and does not require manual programming for teaching. High precision positioning and execution: Combined with motion control algorithms, achieve millimeter level precise positioning of welding positions to ensure stable welding quality.
Flexible mobility and multi scene adaptation
Mobile chassis: supports flexible transfer in factories, workshops, or outdoors to meet the welding needs of different workstations. Autonomous obstacle avoidance and navigation: equipped with environment sensing sensors and obstacle avoidance algorithms, it can safely move and adjust welding posture in complex working environments.
Multi industry high adaptability
Widely applicable materials and processes: supporting welding of steel structures, aluminum alloys, special metals, and other materials, Suitable for various processes such as MIG/MAG, TIG, laser welding, etc. Key application areas: Heavy industry: construction machinery, shipbuilding, bridge steel structures. Precision manufacturing: precision welding of automotive bodies, aerospace components, and electronic equipment.
Efficient collaboration and intelligent management
Human machine collaborative operation: can cooperate with workers to complete high difficulty welding tasks, reducing manual intervention. Data interconnection: Real time monitoring of welding parameters, integration with factory MES system to achieve digital management of production processes.
Safety and reliability
Collision prevention and anomaly warning: Automatically detect welding defects (such as pores and cracks) and sound an alarm to avoid quality accidents. Dustproof and splash proof design: Suitable for high temperature and dusty industrial environments, ensuring long-term stable operation.
On site application in a certain boiler factory
On site application of a certain steel structure company
construction machinery
automobile making
Fire-fighting & Rescue
Explosion-proof Dredging
Mobile Welding
Photovoltaic Panel Cleaning
Escort Transportation
Intelligent Inspection
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