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RoboCell combines an LVD Strippit PPEB or Easy-FormŽ Series CNC press brake with a multi-axis Kuka robot to efficiently handle small to medium-sized components in capacities from 80 ton to 110 ton bending force and 2.5 m or 3.0 m table configurations.
LVD Strippit presents RoboCell, an affordable robotic bending cell capable of robotized bending as well as stand alone operation. RoboCell offers mid-level automation, combining an LVD Strippit PPEB or Easy-FormŽ Series CNC press brake with a multi-axis Kuka robot to efficiently handle small to medium-sized components in capacities from 80 ton to 110 ton bending force and 2.5 m or 3.0 m table configurations.
RoboCell increases machine throughput by automatically loading, forming and stacking finished parts in an unmanned process, providing high-precision parts, shorter cycle times and lower production costs.
All functions of the RoboCell robot and press brake are controlled through instructions from an integrated off-line programming software solution, resulting in repeatable, high-quality formed parts produced in a non-stop process.
RoboCell may be integrated with an LVD Strippit Easy-FormŽ press brake. The patented Easy-FormŽ Laser system tracks the part during the bending process, providing real-time angle measurements, compensating for material variations and ensuring that every part is a good part. In addition to the robot and press brake, RoboCell includes hardware for all part handling requirements in the automated bending process. RoboCell is equipped with LVD Strippit's CADMANŽ Touch intuitive touch screen control system to simplify operation. Robot programs, simulation and gripper configurations are efficiently calculated offline by LVD Strippit's CADMAN B - 3D programming software and the Kuka Sim software to ensure consistent production of accurate, high quality parts.
RoboCell can function as a fully automated system or the press brake can be operated manually via the CADMANŽ Touch control. The system features a full 2.0 m of space between the robot and the press brake, and the press brake is maintained at its normal working height, facilitating standalone operation.
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