Weaving
With Weaving, CoWelder makes the torch able to fill a V-seam. The torch makes a zig-zag movement along the joint, and in that way, extends the size of the bead width.
The weaving function of the CoWelder is a powerful tool that enables the torch to fill a V-seam with ease. V-seams are commonly used in welding operations, as they provide a stronger and more reliable joint. However, welding a V-seam can be challenging, especially when attempting to fill the entire gap evenly and consistently.
The weaving function of the CoWelder simplifies this process by allowing the torch to make a zig-zag movement as it extends the size of the bead width. This movement mimics the motion of manual welding, where the operator or welder would move the torch in a zig-zag pattern to ensure even coverage of the V-seam.
To use the weaving function, the operator or welder programs the cobot to move the torch in a specific pattern, ensuring that it fills the entire V-seam evenly and consistently. The CoWelder’s advanced programming capabilities allow for precise control over the weaving motion, ensuring a high-quality weld every time.
The benefits of the CoWelder’s weaving function are numerous. By automating the weaving motion, it eliminates the need for manual adjustments and reduces the risk of errors caused by inconsistent coverage. Additionally, the precise control over the weaving motion ensures a stronger and more reliable joint, which is essential for high-quality welding operations.
Overall, the weaving function of the CoWelder is a valuable tool that offers improved efficiency, consistency, and quality in V-seam welding operations. It simplifies the welding process and ensures a high-quality weld, even in challenging V-seam applications.
Related products (CoWelder Functions)
Offset
10950010Weld more identical workpieces.
Cladding
10950030Apply a layer of material to another metal surface.
Spot welding
10950020Easily create spot welds.
Touch Sensing
10950050Ensures that the welding torch maintains the correct distance and angle relative to the workpiece.