XARP XP1440-15W Performs Laser-Assisted MIG/MAG Welding at Customer Site

A real customer-site application video shows the XARP XP1440-15W industrial robot performing automated MIG/MAG welding on a fabricated steel frame.

Unlike a laboratory demonstration, the video records the robot working in an actual customer production environment. A laser sensing system can also be seen as part of the robotic welding setup, supporting the welding application on the fabricated structure.

The application provides a practical reference for manufacturers evaluating robotic welding for steel frames and other fabricated metal components.

XP1440-15W for Automated Steel Frame Welding

In this customer application, the XARP XP1440-15W carries out programmed welding movements around the steel frame while the MIG/MAG welding system performs the welding process.

Fabricated steel structures can present a challenge for fixed robotic welding paths because the actual position of a weld seam may vary due to workpiece positioning, fit-up and fabrication tolerances.

For this reason, robotic welding cells can integrate sensing technologies to help identify the actual seam position rather than relying exclusively on a predefined robot path.

Laser-Assisted Weld Seam Tracking

A laser sensing system is visible in this customer application and is used alongside the robotic welding setup.

Based on the application video, the system appears to be used for laser-assisted weld seam tracking during welding. However, the exact sensor model, tracking method and control functions have not been confirmed, so no specific tracking accuracy or automatic welding-parameter adjustment is claimed for this project.

In a typical robotic welding system, laser sensing can detect the actual location of a weld seam and provide information that allows the system to compensate for deviations between the programmed path and the real workpiece.

This can be particularly useful for fabricated steel components where joint location may not be identical from one workpiece to another.

Why Laser Sensing Can Be Useful in Robotic MIG/MAG Welding

Traditional robotic welding generally follows a programmed trajectory. This works well when workpiece positioning and weld locations are sufficiently consistent.

For applications where actual seam position can vary, a laser-assisted system can add another layer of sensing to the welding cell.

Depending on the specific sensor and system configuration, industrial laser sensing may be used for functions such as weld seam detection, positioning or seam tracking.

The exact solution should therefore be selected according to the workpiece, joint geometry, welding process, fixture design and required level of path correction rather than assuming that one laser configuration is suitable for every welding project.

A Real Customer-Site Welding Application

For manufacturers considering welding automation, seeing a robot operate on an actual customer workpiece provides different information from viewing robot specifications alone.

This application demonstrates the XP1440-15W working with MIG/MAG welding equipment and a laser sensing system on a fabricated steel frame at the customer's site.

XARP does not attribute specific productivity gains, weld-quality improvements or tracking accuracy to this project because these results have not been provided or verified for this customer application.

Application Video

XARP XP1440-15W MIG/MAG Welding Robot | Automated Steel Frame Welding

Planning a Similar Robotic Welding Project?

For steel frames and other fabricated metal components, the appropriate robotic welding configuration depends on the actual workpiece and welding requirements.

Manufacturers evaluating a similar application can provide XARP with workpiece drawings or photos, dimensions, material and thickness, weld locations, welding process requirements, fixture information and current production videos.

XARP can then evaluate the robot, welding configuration and whether laser-assisted seam sensing should be considered for the application.