A Computer Numerically Controlled (CNC) system comprising: a CNC integrated Computer-Aided Manufacturing (CAM) controller , wherein the CNC integrated CAM controller is configured to receive a Computer-Aided Design (CAD) file and output at least one CAM file ; and a CAM integrated CNC controller , wherein the CAM integrated CNC controller is configured to: receive the at least one CAM file; integrate a CAM system configured to edit the received at least one CAM file; display at least one alternative toolpath strategy for a real-time limit for at least one cutting tool, wherein the CAM system is configured to indicate, on the spot, limits in cutting speeds, wherein if a limit is reached, a user may react and choose one or more alternative tool path strategies, wherein the CNC integrated CAM controller and the CAM integrated CNC controller are configured to be mated, and, as a result, are configured so that toolpaths generated with incorrect CNC data will not be executed; and wherein the CAM integrated CNC controller is further configured to: output at least one command for at least one servo controller of a set of one or more servo controllers ; wherein the user, via a user interface of the CAM integrated CNC controller, can modify: the received CAM file and the outputted at least one command for the at least one servo controller. a CNC integrated Computer-Aided Manufacturing (CAM) controller , wherein the CNC integrated CAM controller is configured to receive a Computer-Aided Design (CAD) file and output at least one CAM file ; and a CAM integrated CNC controller , wherein the CAM integrated CNC controller is configured to: receive the at least one CAM file; integrate a CAM system configured to edit the received at least one CAM file; display at least one alternative toolpath strategy for a real-time limit for at least one cutting tool, wherein the CAM system is configured to indicate, on the spot, limits in cutting speeds, wherein if a limit is reached, a user may react and choose one or more alternative tool path strategies, wherein the CNC integrated CAM controller and the CAM integrated CNC controller are configured to be mated, and, as a result, are configured so that toolpaths generated with incorrect CNC data will not be executed; and wherein the CAM integrated CNC controller is further configured to: output at least one command for at least one servo controller of a set of one or more servo controllers ; receive the at least one CAM file; integrate a CAM system configured to edit the received at least one CAM file; display at least one alternative toolpath strategy for a real-time limit for at least one cutting tool, wherein the CAM system is configured to indicate, on the spot, limits in cutting speeds, wherein if a limit is reached, a user may react and choose one or more alternative tool path strategies, wherein the CNC integrated CAM controller and the CAM integrated CNC controller are configured to be mated, and, as a result, are configured so that toolpaths generated with incorrect CNC data will not be executed; and wherein the CAM integrated CNC controller is further configured to: output at least one command for at least one servo controller of a set of one or more servo controllers ; wherein the user, via a user interface of the CAM integrated CNC controller, can modify: the received CAM file and the outputted at least one command for the at least one servo controller. <EOS>