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4 steps to start your journey to welding automation:
Step 1:
Choose the brand of the welding machine
Step 2:
Set the communication method for your welding machine
Step 3:
Set welding parameters
Step 4:
Complete the graphical programming to start welding

It supports communication methods such as DeviceNet, Modbus, and analog quantity;
It supports welding modes such as MIG, MAG, and TIG;
It supports manual debugging features such as simulated welding, manual wire feeding, wire retraction, gas check,and spot welding;
It provides multiple arc swinging methods;
(as shown in the right picture);
It supports arc start retry, re-ignition after arc breaking, and the wire sticking removal feature;
It supports advanced features such as contact positioning,laser positioning, and laser tracking.

It has the capability to adjust to over 10 leading welding machine brands globally, providing a range of communication options including DeviceNet, Modbus, and analog quantity.

Achieving the calibration of various welding points is made simple with the drag-and-drop teaching technique. This encompasses the calibration of the safety point, arc start point, middle path, arc extinguishing point, and the end point. By utilizing the data from end-effector force control, the robot guarantees precise calibration of these points, leading to a seamless welding outcome. The drag-and-drop teaching method streamlines the debugging process, making it effortless to complete.
The robot allows users to freely drag objects and has end-effector force control. It can accurately calibrate a sequence of welding points using drag-and-drop teaching, including setting safety, arc start, middle path, arc extinguishing, and end points. Additionally, it can quickly set up welding tasks.