New bending cell based on the latest technology // Servo drive consumes up to 50 percent less energy // New software enables bending cell to be fully programmed in seconds
TruBend Cell 5000 makes fully automated bending affordable for even the smallest batches
Ditzingen, August 21, 2020 – TRUMPF has launched a new generation of its TruBend Cell 5000 automated bending cell. The cell can be programmed using the TecZone Bend software. It takes just seconds to create bending programs, making it more affordable than ever to process small batch sizes.
Program the machine and robot in a matter of seconds
The TecZone Bend programming software that comes with TRUMPF’s manual bending machines is now also included with the TruBend Cell 5000. It takes just seconds to program parts using the software. In most cases no manual intervention is necessary, and the software can even process multiple parts simultaneously where required. It provides fully automated calculations of the optimum bending sequence, the optimum combination of tools and the path to be followed by the robot. It also ensures collisions are avoided throughout the bending process. TecZone Bend can break down assemblies in just one click to show the individual parts. The programming system even generates suggestions on the best way to pick up the blanks and stack the finished parts, though users can manually adjust these suggested settings at any time. This rapid programming is one of the keys to making automated fabrication affordable for even the smallest batch sizes. Smart automated functions free up programmers from some of the most tedious and repetitive tasks, giving an added boost to quality.
Quiet, energy-saving, precise and highly productive
The new TruBend Cell 5000 is available with bending machines from the current TruBend Series 5000. It comes with a highly dynamic and precise drive that also offers extremely quiet and energy-efficient operation. Compared to a conventional hydraulic drive, the drive in the TruBend Cell 5000 consumes up to 50 percent less energy while also increasing cell productivity. A backgauge system ensures blanks are in exactly the right position in the machine during the bending process. An angle measuring system uses a laser to automatically check the bending angle. It works regardless of which tool is currently in use and makes any adjustments that may become necessary during operation.
New generation includes tried-and-tested functions
The new generation of the TruBend Cell 5000 is equipped with numerous automation components. One example is the BendMaster, which handles bending operations. TRUMPF developed this robot specifically for automated bending. It is available with a maximum carrying capacity of 150 kilograms or 60 kilograms. The BendMaster can be automatically provided with various grippers that allow it to convey blanks of up to four meters in length from a stack to the machine. The robot uses a newly developed digital sensor to automatically identify parts, enabling it to pick up each sheet in the appropriate way. It uses either grippers or vacuum suction cups to pick up blanks depending on their size. The system also includes a double sheet detection feature that ensures only one sheet is removed from the stack at a time. If the bending cell is connected to a storage system, the BendMaster retrieves the raw material directly from the storage cart. Finished parts can be sorted into boxes or placed on pallets and conveyor belts.
Digital photographs in print-ready resolution are available to illustrate this press release. They may only be used for editorial purposes. Use is free of charge when credit is given as “Photo: TRUMPF”. Graphic editing – except for cropping the main subject – is prohibited. Additional photos can be accessed at the TRUMPF Media Pool.
TruBend Cell 5000
The new TruBend Cell 5000 is available with bending machines from the current TruBend Series 5000. The cell also comes with the rapid programming software TecZone Bend.
TRUMPF developed the BendMaster specifically for automated bending. It is available with a maximum carrying capacity of 150 kilograms or 60 kilograms.
The robot uses a new digital sensor to automatically identify parts, enabling it to pick up each sheet in the appropriate way.
Programming takes just seconds, making automation affordable for even the smallest batch sizes.