Furthermore, implementing Virtual Machine^® as an integrated option to CAM-POST V17, delivers a powerful graphical machine tool simulation solution that enables NC programmers to graphically simulate and test programs against collisions easily and automatically during post-processing.

An advanced application that best demonstrates ICAM’s unique integrated post-processing and machine tool simulation solution is the Boeing Winnipeg 787 Program initiative.

ICAM developed an integrated NC post-processing and machine tool simulation solution for Boeing Winnipeg to manage the complex synchronization requirements of a newly installed Zimmerman 5-axes mill, trim & drill machine equipped with an M-Torres Universal Holding Fixture (UHF), more commonly known as an actuator or pod system.

Other CAM-POST V17 enhancements include support for multiple operating systems for full cross-platform compatibility, a new configuration utility that simplifies setup and maintenance of CAM-POST, direct access to the post-processor database from GENER, new Rapid Positioning Tool-tip Linearization and extensive context-sensitive on-line help from the Macro Editor.

“The key to ICAM’s success is innovation,” said Brian Francis, ICAM’s Director of Research and Development. “Listening to the needs of our current customer base and focusing on the trends in the worldwide NC manufacturing marketplace, has placed ICAM in an invaluable position to enhance CAM-POST with every new product release.”