Transfluid t bend Servo-Electric Mandrel Bending Machines

t bend - Mandrel Bending Machines with servo-electric motors for better efficiency. - High tech bending freedom without any limitations - Industry 4.0 / t project - Accurate, great performance and fast - Durable, also in multi-shift operations transfluid® t bend DB CNC-VE All-electric CNC mandrel tube bending machines. The DB CNC VE series are absolute powerhouses of machines. They can bend tubes in round, oval, square, rectangular, and other special profile shapes. In addition, they are known for outstanding rigidity and power which is unmatched in the market for this size of machines. Regardless of the material, the end result is always perfect. Our robust machine construction means customers have come to expect decades of heavy use. This machine is supplied with an easy-to-use Siemens CNC control system, which utilizes an intuitive program in a Windows based operating system set up for networking. COST-EFFECTIVE MATERIAL LOADING We offer a great variety of loading systems for all the machines, dependent on the material, tube diameter and tube length. Tubes that have already been formed and with added components can also be loaded without any issues. The appropriate orientation is therefore very important, when loading the tube into the production cell. External workpieces, such as nuts, flanges, supporting sleeves can be added to the system in a controlled manner and included in any subsequent processing steps. A great variety of loading volumes is possible. For better efficiency. The electric axes can be programmed in synchronicity to give optimum cycle times.Tools for bending on multiple levels with automated tool change makes it possible to achieve various radii and the most complex geometries on tubes. Also available with push bending function – the most complex bends become reality with great accuracy. Powerful Software Go directly from CAD to the tube bender with t-project tube bending software and upload functions. The virtual bending simulation determines exact bending timings and cutting lengths; it also tests tube geometries in advance for feasibility. Tube data and bending results are documented with accuracy and they can then be replicated 100%. Easy programming from the desk, fast estimating of new projects, collision testing before running the machine and direct upload of the tube bending sequence to tube bender.