Automotive manufacturing industry
It can accurately complete the welding of key parts such as the body frame, door hinges, and chassis components, and achieve high-speed continuous operation through technologies such as resistance spot welding and laser welding, reducing manual operation errors and intensity.
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Electronic and electrical industry
It can use laser welding, reflow soldering and other technologies to accurately complete the micro soldering of resistors, chips and other components on circuit boards, avoiding manual errors and thermal damage, and ensuring the reliability of electronic device circuits.
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Mechanical manufacturing industry
It can efficiently complete the welding of machine tool beds, construction machinery structural components, automobile frames and other parts, reduce weld defects by accurately controlling welding parameters, and ensure the structural strength and stability of workpieces.
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Aerospace industry
In the aerospace industry, automatic welding equipment is the core tool to ensure the precision and reliability of high-end equipment manufacturing. It can complete high-precision welding of key components such as aircraft fuselage frames, engine combustion chambers, and rocket body compartments for special materials such as titanium alloys and high-temperature alloys. Through technologies such as laser welding and electron beam welding, precise control of small welds can be achieved to reduce thermal deformation and defects.
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Shipbuilding industry
For large components such as ship steel plates and profiles, operations such as hull shell splicing, deck welding, and cabin partition connection can be completed. Stable formation of thick plate welds can be achieved through technologies such as submerged arc welding and gas shielded welding, reducing the defects and strength hazards of manual welding.
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