KEYILASER Laser Welder Manipulator High Speed CNC Robot Arm Industrial Robot Welding Fiber Welding Robot

Industrial welding manipulator application and benefits:

Welding, which includes spot and arc welding, is one of the most industrial manipulator-intensive activities.

Industrial welding manipulators are a type of highly automated welding instrument.The welding industry is transitioning to using manipulators instead of manual welders, which is a significant way to reduce costs, increase production, and improve working conditions.

Many Chinese organizations now regard manipulator welding as an important indicator of the evolution of modern manufacturing technology, and an increasing number of companies are implementing welding manipulators as part of their technical transformation programs.

Industrial spot welding manipulator application and benefits:

The spot welding rate of manipulators in the welding industry is quite low. Spot welding simply requires point position control, which is why the industrial manipulator should be utilized for spot welding as soon as possible. Spot welding does not require the welding tongs to move in a specific direction between the locations.To reduce shift times and boost production, a spot welding industrial manipulator must not only be capable of handling a significant load but also of shifting between points fast, smoothly, and precisely.

The position of the fixture and welding gun cannot be changed with a change in parts, despite the fact that the typical spot welding machine can reduce labor intensity while generating higher-quality welds in conditions with fewer variations and higher production volumes.Furthermore, the industrial spot welding manipulator is ideal for small batch, multi-variety production scenarios because it can be reprogrammed to adjust the space point position to meet the needs of different parts.

Industrial arc welding manipulator application and benefits:

The process of arc welding is significantly more complex than that of spot welding. Precise control is required for the tool center point (TCP), which comprises the welding parameters, torch orientation, and wire end trajectory.

Because of the complicated spatial curvature of arc welding, human labor is required.Industrial manipulators with continuous trajectory control are ideal for this type of operation, and as a result, they are commonly used in the welding of complex structures and tanks.