Robotic Press Brake Bending Cell

Lvd introduces dyna cell a robotic bending cell featuring a high speed electric press brake the press brake and robot function as a compact integrated unit to automate the bending of small to medium sized parts in varying batch sizes at bending speeds up to 25 mm per second.

Robotic press brake bending cell.

It takes a significant investment to get a robotic cell up and running. Robotic press brakes can be more than twice the cost of certain manual systems depending on machine configurations. Lvd strippit s recently introduced dyna cell robotic bending cell comprises a high speed electric press brake and an industrial robot to automate the bending of small to medium sized parts in varying batch sizes at bending speeds up to 1 inch 25 mm per second. Bending length 122 distance between uprights 106 3 throat depth 15 75 length of stroke 5 91 open height 5 91 amada robot erx 1210.

This automated bending system provides consistent high quality parts and process reliability while eliminating time intensive manual handling of. 1997 amada astro fbd 1253 mh cnc press brake bending cell 125 tons x 10 year. Robotic press brake cell. Fbd 1253mh used amada astro fbd 1253 mh cnc press brake bending cell 125 tons x 10 max.

When bending applications require high productivity flexibility and precision automated robotic bending quickly emerge as a better solution than manual bending operations. Technical key points of the robotic press brake bending cell. Bystronic provides the press brake the automation system customer service and comprehensive. Those considering a robotic press brake often experience sticker shock.

At present whether it is a universal standard six axis robot or a bending robot optimized for the bending process on the robot arm span or shape it needs the support of the bending following algorithm and it is rare that it does not follow the bending. Photo courtesy of lvd strippit. The hg 1303 rm robotic bending system was designed specifically for processing large parts which typically require two operators to safely handle or are difficult to manage by a single operator.