A camera system for digital and commercial cutting tables is described. The use of multiple cameras allows the cutting table to self-calibrate and perform cutting projects with minimal human interaction. One camera is placed near the surface of a cutting area. Another camera is placed higher above the cutting area, allowing it to see most of the cutting area. The higher camera can see when new media to be cut is placed on the cutting table. It can also find the location of any codes or guide dots on the media. The computer running the machine uses the higher camera to see new projects and then sends the lower camera for a close up view of codes and guide dots, allowing the machine to calibrate and begin a new project.