2-Axes Laser, Plasma and Water Jet Cutting and Punching
These powerful PEPS modules for 2D sheet metal working are characterized by an effective creation of the NC program and a very high level of automation. CAD files are imported and cleaned, and a fully automatic nesting module ensures an optimal material utilization.

The expert system integrated into PEPS creates the machining fully automatically, based on predefined technology parameters. PEPS enables the creation of the NC program and machining simulation for machines of different manufacturers, including job management. Due to preset priorities, urgently needed parts are machined first, despite full automation.

The powerful PEPS modules PentaCut and TubeCut have been developed for the programming of complex laser and water jet cutting machines with up to 6 simultaneously controlled axes. They are characterized by a very high level of automation. The tool paths are created fully automatically by the integrated feature recognition. If necessary, it is possible at any time to optimize the created machining suggestion.

The collision check simulation integrated in PentaCut and TubeCut ensures the necessary safety of the machining process.

OPTICAM is a fully integrated plug-in for CAD systems. The programming
is based directly on the designed or imported 3D parts. Because of the
automatic Feature Recognition and the assignment of integrated technology
data and strategies,OPTICAM offers a very high automation level and
reduces the programming time to just a few seconds.

Integration:
With the OPTICAM-Manager the user can work easily and clearly
in his familiar environment.
• Full integration into CAD systems
• User friendly interface
• Intuitive user guidance
• Quick access to all relevant information

These strategies allow a simultaneous machining of free formed surfaces on 5 axis milling machines.

Powerful machining cycles like pocketing, profiling, face milling and drilling and the use of canned cycles allow minimum programming times.

PEPS Milling 3D offers powerful machining strategies, which include intelligent HSC-optimized tool path calculations.