Welding Robot Workstation
Antuo Welding Robot Workstation
Using a welding robotic arm to weld refrigeration pressure vessels, the robot selects appropriate welding parameters based on different workpieces and weld joints, and utilizes the equipment’s built-in weld tracking function to significantly improve the appearance of the welds.
When using a welding robotic arm to weld thicker plates, the position of the initial welding point should be accurately positioned in advance, and the arc point distance should be reserved at the beginning of product design for tracking using an arc sensor.
Effectively avoids the problem of difficulty or inaccuracy in finding the initial welding point due to the influence of oil stains and primer on the workpiece surface during the use of contact sensors.
High Universality Capable Of Welding Different Workpieces
According to different job types, it can be divided into various corresponding types. By adjusting welding parameters, it is possible to weld plates of different thicknesses. When facing thicker plates, contact sensors and arc sensors are usually used, and different sensors can be used to cooperate with the operation and adapt to welding different workpieces.
High Degree Of Automation Allowing For Flexible Addition Of Workstations
High Strength Able To Ensure The Appearance Of The Weld Seam After Forming
Due to the use of welded refrigeration pressure vessels, appropriate welding parameters can be selected through different workpieces and weld joints, and the welding seam has automatic tracking function, which can automatically identify and locate the weld seam.
Capable Of Achieving Batch Welding Production With High Welding Efficiency
Due to its ability to work continuously for 24 hours without interruption, the robot welding workstation is less affected by external human factors and can maintain stable welding quality in harsh environments, making it suitable for mass welding production.