Predator Virtual CNC™ supports all standard vertical, horizontal and complex machine configurations with 2 to 5 axis. Predator API and ActiveX development platformĢ, 3, 4 & 5 Axis CNC Mills, Lathes, Lasers, Waterjets & Routers.Convert 2-5 Axis CNC Programs to 3D CAD/CAM files.Multiple parts, fixtures, tombstones and processes.User configurable Reverse Post Processor.Part Inspection prior to actual machining.Independent CNC Verification and Validation.Micro Machining support (Supports Millionths).Predator Dynamic Graphics™ for realistic verification and simulation.
Solids based Verification and Simulation.Mills, Lathes, Mill/Turns, Lasers, Waterjets and Routers.2 Axis, 3 Axis, 4 Axis and 5 Axis CNC Machines.Convert CNC programs to CAD, CAM and toolpath file formats.Predator Virtual CNC - with 2, 3, 4 and 5 Axis levelsĬompare Editions Why use Predator Virtual CNC?.By simulating the machining process offline, you save money, lost time, scrapped parts, broken tools and machine crashes while improving safety and overall productivity.
Predator Virtual CNC software is designed to simulate and verify operation of your CNC machines on your PC. The F3 and F4 buttons on these newer controls provide the speed control, whilst the functions previously associated with them (as above) are no longer required, as the program and positions are displayed permanently in graphics mode.Predator Virtual CNC™ Software 3D Machine Simulation and Verification for 2-5 Axis Mills, Lathes, Mill/Turns, Lasers, Waterjets and Routers What is Predator Virtual CNC? More recently, Haas controls have included the capability to alter the speed at which the graphic simulation is run, thus allowing the user to review slowly the particular area of concern before running through other sections at a much higher speed. The Haas graphics system not only provides a graphical representation of the current program, but tests the program at the same time – looking for missing feedrates, syntax errors in the code and so on. Alternatively, the user can press F3 key to change the position display, or the F4 key to display the current program and then pressing Cycle Start commences the ‘running’ of the program in the graphics display. At this point, the user could then select F2 for the Zoom function using PAGE UP or PAGE DOWN to control the level of zoom. This was easily activated by pressing the MEM button to put the control into Memory mode and then pressing SETNG/GRAPH key to enter the Graphics display. Ever since the very first Haas control was built, the system has been capable of providing a graphical simulation for the user’s programs.
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