CNC plasma and oxyacetylene cutting machine
± 45 ° | RC, TT series
FICEP
The modern structural steel buildings are made with profiles (beams, U-channels, angles, tubes) that are joined and bolted one to the other.
Straight and mitred cuts are carried out with modern sawing systems, shaped cuts on profile edges or on web and flanges, instead have always been a problem that is today, more than ever, brilliantly solved thanks to the Ficep thermal coping robots.
The Ficep robotic coper allows the torch to move and orientate (using plasma or oxyfuel cutting). It is also possible to carry out coping of programmed shapes previously stored in the CNC library.
The robot is controlled by dedicated software which gives simple and essential sequences:
1. The torch carries out the probing cycle to survey the real values of the piece to be processed;
2. These real values are compared with the theoretical ones stored in the CNC part program; any discrepancies are automatically corrected in real time and the torch will move to the exact position to start the cycle grace to the new generated part program.
Straight and mitred cuts are carried out with modern sawing systems, shaped cuts on profile edges or on web and flanges, instead have always been a problem that is today, more than ever, brilliantly solved thanks to the Ficep thermal coping robots.
The Ficep robotic coper allows the torch to move and orientate (using plasma or oxyfuel cutting). It is also possible to carry out coping of programmed shapes previously stored in the CNC library.
The robot is controlled by dedicated software which gives simple and essential sequences:
1. The torch carries out the probing cycle to survey the real values of the piece to be processed;
2. These real values are compared with the theoretical ones stored in the CNC part program; any discrepancies are automatically corrected in real time and the torch will move to the exact position to start the cycle grace to the new generated part program.
