Master BendCam programming system is a user-friendly, integrated tool for managing Prima Power Panel Benders through interactive graphical techniques in an efficient way. It is designed to meed maximum positive impact on manufacturing flexibility and efficiency.
The system may be used as a single part drafting and tooling program, or as a fully-automated machine tool management system. It simulates the working process in a real manner and generates programs with a greater degree of automation.
Master BendCam is supplied as part of standard machine delivery in a Basic version, which allows the display of the bending sequence in 2D.
Different packages are available for customers as follows:
Master BendCam 3D on board and offline
Floating Master BendCam license for 3 users
Floating Master BendCam license for 5 users.
The operator can program a part by importing a 3D model in the most known and used formats (e.g. IGES, STEP, SAT, STL etc.) or a dxf with possibility to correct possible problems in advance.
Simplified programming through pre-set bending cycles
Possibility to introduce very complex elaborated bending sequences by editing a limited number of parameters.
Collision checks between parts and tools
The software detects automatically possible collisions between parts and tools by warning the operator through a clear alarm.
The collision check can be easily activated or deactivated by clicking on a dedicated icon.
Realistic 3D simulation
The complete 3D simulation of the bending process allows a better optimization of the operations and a quick correction of possible mistakes during the off-line programming, thus avoiding waste of time during the working.
Master BendCam Parametric allows stretching X and Y dimensions with automatic internal holes and bumps management and automatic tooling.
The operator can add and remove machine tools through the graphical interface to define and change the machine configuration
Cycle times calculation
Thanks to an accurate calculation of the running time, it is possible to know the time required to process each part.