Teach a weld path, check whether your part fits the robot's reach, estimate the savings, and see how welding parameters shape the bead. The robot is the real FD-B6 geometry from the factory CAD.
Click on the bracket to add weld points, or jog the joints like a real teach pendant and record the torch position. Then play the program.
Jogging stops the program. Recorded points use the torch tip position; playback keeps the torch at a 35° work angle.
Enter the part size and where it sits. The blue dome is the FD-B6 wrist reach (1,445 mm). Green markers can be welded from above; red ones are out of reach.
"Send to our engineers" fills the form below with this layout. Add your name and contact details, then submit.
Compare manual MAG welding with the FD-B6 for one part family. Example values are filled in; change them to match your line.
Assumptions: arc-on time 30% for manual welding and 80% for the robot cell, 300 working days, 173 paid hours per month. Labour only; excludes wire, gas, power and maintenance. The robot in the stage welds at your robot speed (shown 5× faster).
Move the sliders and watch the fillet weld change, in the cross-section below and on the part in the stage.
Simplified teaching model for MAG welding on 2–4 mm steel with Ø1.2 mm wire. Real settings come from the welding procedure (WPS).
Share your part size and target cycle time. Our engineers will propose the robot, torch and fixture layout for your line.