The MIG robot welding machine adopts an automated welding process with fast welding speed, high positioning accuracy and good weld quality. It can be equipped with an automatic nozzle cleaning station and can also support 3D visual tracking of welds....
The MIG robot welding machine has the core advantages of high efficiency, precision and strong adaptability. It adopts an automated welding process with fast welding speed, which is 2-3 times faster than manual welding, and has high repeatability and positioning accuracy, ensuring stable weld quality. Inert gas protection effectively reduces spatter (reduction of more than 90%) and oxidation, and is suitable for a variety of materials such as aluminum alloy and stainless steel. The intelligent system can additionally support pulse adjustment, dynamic path compensation and 3D visual tracking, and can handle complex workpieces.
MIG welding robots (metal inert gas shielded welding robots) are automated equipment that integrates industrial robots with MIG welding technology. It protects the welding wire from melting through inert/active gases (such as argon or Ar+CO₂ mixed gas) to achieve efficient connection. It is widely used in automotive manufacturing, aerospace, engineering machinery, construction engineering, heavy equipment and other fields.
Features: 1. Good welding quality. Inert gas (such as argon) effectively isolates the air, reduces weld oxidation and contamination, and significantly improves weld strength. Pulse technology optimizes arc stability, reduces spatter by more than 90%, and welds are uniform and beautiful. 2. Production efficiency is greatly improved. With automated wire feeding and arc control, the welding speed can reach 100cm/min, which is 2-3 times faster than manual welding. It supports 24-hour unmanned production, breaking through the time limit of manpower and increasing production capacity by more than 30%. 3. Wide material adaptability. Applicable to aluminum alloy, stainless steel, copper alloy and other materials. Both thin and thick plate materials can be welded. 4. Intelligent operating system. The six-axis robot has high repeatability and positioning accuracy, ensuring the consistency of complex trajectories. It can also be used with a 3D visual system to track the weld position in real time and automatically correct the weld deviation of the workpiece. 5. It can be equipped with an automatic cleaning station to clean the welding nozzle slag, cut the welding line, and apply oil to the nozzle for protection. Ensure continuous welding and stable welding quality. 6. Reduced overall costs. A single device can replace 3-5 welders, reducing labor training and management costs. Gas protection reduces the post-weld cleaning process, and the welding scrap rate drops by more than 40%.
Industry Application: Mainly used for: Automobile manufacturing, aluminum alloy body frame, battery tray, subframe welding. Aerospace, engine parts, fuselage titanium alloy/aluminum alloy structure welding. Engineering machinery, crane boom, excavator chassis and other steel structure welding. Energy equipment, wind power tower ring seam welding, oil pipeline long weld. Rail transit, high-speed rail carriage aluminum alloy body, bogie component welding. New energy manufacturing, lithium battery shell, photovoltaic bracket welding. Shipbuilding, sectional hull welding. Metal product processing, stainless steel pipes, shelves, metal furniture welding. etc.
