The precision repeatability performance of these machines is achieved by synchronizing the hydraulic cylinders with the use of advanced proportional valve control,
With automatic indexing of the axes at the start of running process, calibration is provided,
4 Data inputs of material thickness, type and length through a user friendly software enables the control to calculate and provide the following:
Determination of bending power required for each stroke,
Graphical display of the unfolding of bending parts,
Positioning of the back gauge for each step of the bending program,
Determination of the most practical bending sequence
An automatic calculation of top beam stroke for bending angle,
Adaptation condition of tools and work pieces,
Graphical display of potential interferences between material, tools and the machine,
Storage of programs with alpha-numerical names and recalling,
Programmable bending speeds,
Manuel, semi-automatic or automatic working modes.
Upper beam tilting for conical bending.

The precision repeatability performance of these machines is achieved by synchronizing the hydraulic cylinders with the use of advanced proportional valve control,
With automatic indexing of the axes at the start of running process, calibration is provided,
4 Data inputs of material thickness, type and length through a user friendly software enables the control to calculate and provide the following:
Determination of bending power required for each stroke,
Graphical display of the unfolding of bending parts,
Positioning of the back gauge for each step of the bending program,
Determination of the most practical bending sequence
An automatic calculation of top beam stroke for bending angle,
Adaptation condition of tools and work pieces,
Graphical display of potential interferences between material, tools and the machine,
Storage of programs with alpha-numerical names and recalling,
Programmable bending speeds,
Manuel, semi-automatic or automatic working modes.
Upper beam tilting for conical bending.