Precise bending of highly complex part shapes
through automatic change of bending direction and simultaneous
movement of the axes on the bend head
Increased fl exibility with minimized changeover
installing tools on both sides and thus reducing change over times
when bending in one bending direction
High machine stiffness and processing quality
65% less power consumption
compared to a hydraulic machine
Optimized drive concept
without extensive parameter setting in case of servomotor change
Minimized fl oor space requirement with optimum maintenance
access without use of safety fence and good accessibility for maintenance
work through sliding cover elements
Bend Motion Control
intuitive, easy to understand operation using the new control
system with improved graphical user interface and programming
provided with touch screen and display of machine components
High performance bending simulation
verifi cation and potential correction of bending data for a part to
be bend already before set-up on the machine
Integrated internet remote maintenance
continuous access to all levels of the control system
(HMI, CNC, PLC)
Direct import of 3-D models from different CAD-Systems
such as Solid Works, Inventor, Pro-E, Catia including conversion
into an executable bending program