The Biegemaster BendTron is the first generation to be driven completely by electric motors. The BendTron enables you to bend all common profiles with a bending length ranging from 4 to 15 metres with material thicknesses of up to 1.5mm (steel) with the accustomed reliability and precision. with a bending length ranging from 4 to 15 metres with material thicknesses of up to 1.5mm (steel) with the accustomed reliability and precision.
Precise positioning of the sheet metal
Computer-operated back gauge fingers enable the simple and precise positioning of sheet metals. The back gauge fingers hereby drive automatically into the correct position with each new bending phase. All back gauge fingers can be freely positioned over the entire bending length for optimal adjustment to the workpiece.
Thanks to the freely positionable foot switch, both hands remain free when fixing the sheet metal.
Computer-operated electronic precision back gauge
Operator-independent positioning
Reproducible bending results
Driven by a maintenance-free timing belt
Precise sheet metal cutting
The sheet metal is cut with millimetre precision using the integrated shear right from the first fixing. The BendTron can optionally be equipped with an electrical cutter. Fitting the clamping beam on the machine body eliminates constraining contours and force effects. Driven by a maintenance-free timing belt.
Cutting device driven by a maintenance-free timing belt
Cutting capacity of up to 2 mm steel
Fitting the clamping beam on the machine body eliminates guide rails and force effects through cutting
Fast, precise and quiet bending with an electro-kinetic drive unit
Each stand / tension arm unit is equipped with an electro-kinetically driven bending joint. The robust and rigid construction ensures an even bending capacity over the entire length. Thanks to the newly developed electro-kinetic drive, the bending process is faster and quieter than with hydraulically driven machines.n.
Fast, precise and quiet bending with an electro-kinetic drive unit
Demanding bending parts: The clamping beam can be controlled with millimetre precision
You can precisely fold all common profiles with a bending length ranging from 4 to 15 metres with material thicknesses of up to 1.5mm.
Profile creation via touch display or office computer
The BMS multi-touch control system enables intuitive operation by touching the screen. This ensures that new profiles can be created quickly or created using touchscreen painting. The control system can draw on stored profiles. Automatic bend sequence calculations with graphic simulation and illustration complete this all-rounder. The BMS multi-touch control system allows even untrained users to create profiles themselves in no time.
Remote maintenance
Biegemaster can provide support to users of the BMS multi-touch system when creating profiles or reading out parameters for a subsequent analysis via a remote maintenance function.
Preparation on your office PC
For a highly efficient work preparation, you can also easily create a profile in advance at the office workplace with our software and subsequently transfer it onto the machine.
Draw profiles directly at the machine using screen painting
Simply load stored profiles from the archive
Simply create profiles on the office computer using our software and subsequently transfer them onto the machine
We also provide remote support via remote maintenance
Demanding bending parts
With the Biegemaster BendTron even demanding profiles can be created easily and reproducibly. The bending beam can be controlled precisely and with millimetre precision for perfect folds. You can precisely fold all common profiles with a bending length ranging from 4 to 15 metres with material thicknesses of up to 1.5mm.
The optimal clamping beam geometry makes large bending angles (150°) with simultaneously lots of free space in the interior of the machine.
Many useful additional functions,oriented towards the demands in practice
Clamping beam can be controlled with millimetre precision for optimal folds
Large bending angles (150°) with simultaneously lots of free space in the interior of the machine