Thanks for you comment Francis. Please note that you look at the machine in its testing phase. The speed of the robot movements was lowered to protect our engineers. Today in actual production it runs a lot faster, and workers are protected with intelligent sensors.
Thanks for you comment SFIFAB. The machine adjusts the beam positioners in a smart way, so they will not collide. No manual action is needed to position them. The positions are determined based on the 3D CAD model of the beams. If you like any more details, please contact us. You can find contact info on our website.
Hi Alfredo, it depends on the configuration, size of beams and required volume. Please drop us an email at info@kranendonk.com if you like to know more.
Thanks for you comment Francis. Please note that you look at the machine in its testing phase. The speed of the robot movements was lowered to protect our engineers. Today in actual production it runs a lot faster, and workers are protected with intelligent sensors.
Thanks for you comment SFIFAB. The machine adjusts the beam positioners in a smart way, so they will not collide. No manual action is needed to position them. The positions are determined based on the 3D CAD model of the beams. If you like any more details, please contact us. You can find contact info on our website.
I hope more steel manufacturers will implement robots in the future
hi how much a system like this would cost?
thanks
alfredo
Hi Alfredo, it depends on the configuration, size of beams and required volume. Please drop us an email at info@kranendonk.com if you like to know more.