Designed for high quantities, short cycle times and resource-saving material handling, the highly efficient CNC 80 E TB MR is perfectly tailored to the requirements of the automotive industry, for example. Production time is reduced by up to 40 percent compared to conventional machines, depending on the component and desired tube geometry. Material waste is reduced by 90 percent. The pressure forces can always be optimally dosed, while tool costs and tool change times are reduced. Overall, the use of the CNC 80 E TB MR increases repeat accuracy and process reliability.

Numerous features for highly efficient pipe processing

All these advantages are possible thanks to numerous features of the machine from Schwarze-Robitec's high-performance series: It bends and cuts tubes in a single work step thanks to an integrated, fully electric cutting device. Thanks to the extended vertical travel, this is also possible despite the multi-groove bending tool. A vertically movable slide rail moves to the various levels for bending in synchronization with the pipe. The intelligent NxG control checks the interaction of all machine axes for each bending sequence and prepares all axes simultaneously for subsequent steps. The CNC 80 E TB MR is also equipped with the Quick Tool Unlock quick-change system in combination with a quick-clamping system for the bending template. This makes it easy to open and close the drawbars for tool changes, and no fastening screws are required to clamp the bending template on the rotary table.

Following the global pandemic-related trade fair break, Schwarze-Robitec is now fully gearing up with the fully equipped CNC 80 E TB MR: The tube bending machine manufacturer is looking forward to meeting customers and interested parties from application industries such as automotive and aerospace, plant engineering and shipbuilding again at Fabtech from September 13 to 16 for a direct exchange. At stand D45954, Schwarze-Robitec will be demonstrating the enormous competitive advantages that its combined expertise in tube bending offers its users.