High Work Efficiency and Quality

• Assigns tasks requiring consistent quality and skill to the robot, while operators focus on loading and unloading, improving both efficiency and quality

• Minimizes cycle time through high-speed welding execution

• Reduces cycle time by applying logic and teaching strategies for corner-cutting and fitting motions at welding start and end

• Enables automatic re-ignition logic in case of arc ignition failure to minimize downtime due to errors

• Secures a wide working range and flexible welding postures by utilizing a positioner

• Performs full welding coverage on large structures using a single robot

• Enables easy welding in hard-to-reach positions that are difficult for operators

• Secures high welding quality and reduces post-weld rework costs

• Applies spatter reduction technology

• Applies heat input reduction technology

• Enables automatic compensation for uneven surfaces by detecting the distance between the welding torch and the workpiece

• Enables gap correction using contact sensors

• Ensures uniform welding quality by applying arc sensors with automatic compensation during welding

Easy Setup and Monitoring

• Provides simple installation and monitoring functions

• Enables fast installation and tuning

• Eliminates the need for separate interface work by using an integrated welding system package

• Enables fast parameter setup and easy tuning using WELD NAVIGATION

• Secures various welding postures by linking with an external positioner

• Shortens installation time by performing synchronized motion with other robots

• Enables easy monitoring and record management of welding process data

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