EMO Hannover 2019, 16 - 21 September

    EMO Hannover 2019, 16 - 21 September
    Homepage>Exhibitors & Products >Software for CNC Simulation - Adaptive Post-Processing

    Software for CNC Simulation - Adaptive Post-Processing

    Logo Software for CNC Simulation - Adaptive Post-Processing

    Product description

    Three Powerful NC Solutions in One Streamlined Process

    Adaptive Post-Processing™ is new technology that changes traditional CNC programming methodology by creating a unique integrated environment for the independent steps of post-processing, tool-path optimization and G-code simulation.

    This new methodology allows all these steps to be executed simultaneously permitting cross-communication among them; thereby, allowing for automatic tool-path corrections, all in one concurrent operation.

    This integrated solution allows for the in-process evaluation of feedback from the post-processor and machining simulator to automatically create an optimized NC program for a target CNC machine. This occurs all in one step and in one process allowing CAD/CAM users to automatically and efficiently reduce NC programming and machining cycle time by up to 35%.

    The iterative steps of the traditional serial method of tool-path creation, post-processing, machine simulation and G-code verification, most often generate errors leaving the tedious investigative work as to where the errors occurred in the hands of the NC programmer.

    ICAM’s Adaptive Post-Processing ™ solution, not only eliminates these errors while reducing programming time, but also allows the programmer to adopt ICAM’s philosophy to “create tool-paths for the part” as opposed to the traditional method of programming the part for the machine while worrying about its kinematics and collisions. Creating tool-paths while using Adaptive Post-Processing also eliminates the reprogramming of the part for a new target CNC machine.

    Product website

    Hall 27, Stand A76

    Stored items


    Server communication error: Item could not be saved.