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AORE’s intelligent laser welding systems integrate four core functions, welding, cutting, cleaning, and weld seam finishing into one advanced platform. The system enables high-strength, consistent welding of complex assemblies with precision, significantly reducing reliance on highly skilled welders and minimizing variability caused by labor turnover. This ensures higher welding efficiency and consistent quality in mass production.
AORE’s high-power laser cutting machine up to 60k, delivering exceptional performance for thick plate processing. Equipped with intelligent following control and high-speed piercing technology, the system ensures clean, burr-free cuts with minimal thermal deformation. This guarantees high precision and structural reliability in the machining of critical load-bearing components.
Agricultural machinery such as harvesters, tractors, and tillers require large structural components made from thick, high-strength steel. Traditional cutting methods struggle with consistency, precision, and edge quality, especially for parts over 20mm in thickness.
AORE’s high-power laser cutting machine up to 60k, delivering exceptional performance for thick plate processing. Equipped with intelligent following control and high-speed piercing technology, the system ensures clean, burr-free cuts with minimal thermal deformation. This guarantees high precision and structural reliability in the machining of critical load-bearing components.
Large structural parts such as chassis, frames, and protective enclosures often involve long weld seams and complex geometries. Traditional manual welding results in high labor intensity, inconsistent weld quality, and strong dependency on operator skill, making it difficult to ensure product uniformity.
AORE’s intelligent laser welding systems integrate four core functions, welding, cutting, cleaning, and weld seam finishing into one advanced platform. The system enables high-strength, consistent welding of complex assemblies with precision, significantly reducing reliance on highly skilled welders and minimizing variability caused by labor turnover. This ensures higher welding efficiency and consistent quality in mass production.
