VERICUT 9.5 is a powerful CNC machining simulation software that continues to revolutionize the field of CNC machining. The new Heat Distribution Graph visualizes tool wear, analyzes cutting performance and tracks wear limits through color and information combinations, making it easy to predict tool changeover times and optimize inventory management. The new postcheck function allows archived data to be viewed directly from the CNC machine tool, enabling machine operation to be checked and machining problems to be diagnosed, as well as adding support for control systems such as Okuma, Siemens and Heidenhain. In terms of interactivity, more interactive csys and model positioning features make it easier for users to control, move and rotate coordinate systems and models, reducing the number of steps involved, and a visual queue displays pending conversions to assist in understanding the results of operations. In terms of interfaces and notifications, the CAM interface has been enhanced for greater automation, the Mastercam-to-vericut interface has been updated to support automatic fixture definition, etc. A summary of the results and a link to the log file can be received via email or teams upon completion of the simulation, and notifications can be triggered by specific events during the simulation. In addition, an intelligent optimization learning mode learns from multiple uses of the cutting tool to optimize performance for specific machining, and an enhanced simulation timeline interacts with the nc program viewer and more to show machine runtime and flag events such as errors. The software also supports fanuc control simulation connectivity, edm simulation, continuous updating of inventory catalogs and tool performance data, simplified graphical user interface panels, improved machine collision table configurations, and simplified interpolated turning configurations, all of which improve the efficiency and accuracy of CNC machining simulation and help the manufacturing industry reduce costs and increase efficiency.
