Máquina de marcado láser de fibra

La máquina de soldadura por láser, algunas llamadas soldador láser o sistema de soldadura con láser, adopta una alta densidad de energía de haz láser para crear costuras de soldadura finas y de alta soldadura. Las máquinas de soldadura por láser se utilizan principalmente para soldar Metales. Esos Los soldadores láser para metales tienen la capacidad de soldar los materiales. 2000watt Máquina de soldadura láser de mano potente MIAN Para soldar material grueso,Penetración de soldadura lateral de un solo lado hasta 5 mm. Doble la penetración de la soldadura lateral a 10mm.

Utilizing self-developed intelligent welding and vision systems, the workstation employs visual photography, line marking, and laser scanning to precisely identify and calculate the position of weld seams. Based on the scanning results, the actual position of the weld seam is determined; the workstation automatically matches the welding process according to the size of the weld angle, including current, voltage, welding speed, and torch posture. Furthermore, based on welding trajectories and processes, program instructions recognizable by robots are created and transmitted to them for welding.

Junto con el desarrollo de la fuente de láser de fibra, la máquina de soldadura por láser de mano se usó ampliamente y cambió el mercado de soldadura industrial al hacerlo mucho simple para diferentes procesos de ángulo y soldadura, como la soldadura a medida, soldadura de superposición, soldadura de perfil T , interno / externo Soldadura de esquina y alambre Feefer .IT podria Reemplace completamente la aplicación de la soldadora de arco tradicional y la tecnología de soldador eléctrica en acero inoxidable delgado, lámina de hierro, placa de aluminio y otra hoja de metal.

La máquina de soldadura por láser de mano puede funcionar por manual, también puede instalar en el robot para hacer que la máquina funcione Automática completa y aumentar el trabajo eficiencia.

Liviano, portátil y fácil de operar

Seven axis gantry intelligent workstation is mainly used for welding production of steel structure roof beams, H-shaped steel beams and columns, overhead beams, brackets and other types of workpieces. The seven axis gantry workstation is compatible with the adaptability of ground rails and seven axis cantilever workstations. The system deeply integrates welding processes, accurately locates component welds through a visual system, and automatically generates welding programs and executes welding based on the obtained weld coordinate information through the integrated fabric welding expert library. For flat angle welds, vertical angle welds, and multi-layer and multi pass welds with arbitrary placement of workpieces, precise and fast welding can be achieved without programming, teaching, and graphic import. The workstation has auxiliary functions such as arc tracking, automatic gun cleaning, and long-term continuous welding.

The gantry type multi additional axis dual machine intelligent welding workstation is mainly used for robot automated welding of various steel structure buildings, bridges, ships and other structures. The workstation meets the welding requirements of various corner welds such as H-shaped steel structures, bridge slab units, and horizontal plates, and has continuous upgrading conditions. It will also adapt to welding in other scenarios in the future. Each gantry welding workstation includes a control system, gantry walking mechanism, 2 sets of arc welding robots, 2 sets of robot welding power supplies and cooling water tanks, 2 sets of intelligent welding vision systems, and 2 sets of water cooling gun systems.

Seven axis cantilever intelligent workstation is mainly used for welding production of steel structure roof beams, H-shaped steel beams and columns, overhead beams, brackets and other types of workpieces. The seven axis cantilever workstation is compatible with the adaptability of the ground rail workstation and improves the adaptability in the width direction. The system deeply integrates welding processes, accurately locates component welds through a visual system, and automatically generates welding programs and executes welding based on the obtained weld coordinate information integrated with a fabric welding expert library. For flat angle welds, vertical angle welds, and multi-layer and multi pass welds with arbitrary placement of workpieces, precise and fast welding can be achieved without programming, teaching, and graphic import. The workstation has auxiliary functions such as arc tracking, automatic gun cleaning, and long-term continuous welding.