CNCezPRO™ Software

Real-Time 3D Graphics Simulation for Computer Numerical Control



CNCezPRO™ 2010 Standard Edition CNCezPRO™ 2010 Advanced Edition
US $200.00 | CA $250.00 US $400.00 | CA $500.00
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  • XML-based Project Explorer organizing sequentially Workpieces their associated Processes and CNC Files in a Tree-like structure that allows access to corresponding properties. Possibility to combine Milling and Turning Processes with different Machines and Post-processors under the same Project
  • Tool Library Editor that displays the list of available Tools for both Milling and Turning with their dimensions/description and a 3D Preview of the selected Tool.
  • 4 built-in Tool Libraries: Imperial Milling, Metric Milling, Imperial Turning, Metric Turning.
  • Create additional groups of Tool Libraries and save them in seperate files
  • Modify the properties of existing Tools or create new Tools interactively through a Tool Editor ( Milling and Turning ).
  • Tool Turret Editor to display the tools loaded in the current Tool Turret add Tools from the Tool Library and unload Tools from the Turret.
  • Workpiece Editor to view and modify the Stock's properties: Name, Description, Shape, Dimensions and Material.
  • Built-in Material Database
  • Material Database Editor to modify properties for existing Material entries or create new Material.
  • 3D Modeler with real-time 3D features: Rotation, Zooming and Panning. The Modeler displays the interaction between the Tool and the Workpiece in real-time while the CNC program is being parsed. The Tool Path can be visualized. User-defined colors for Tool Cuts and Tool Path can be assigned to different Tools.
  • Multiple Views: 1st Angle, 3rd Angle, XY, XZ and ZY views in Milling. Front, Side, 3/4 Cut, 1/2 Cut and Multiple views in Turning.
  • Cross Sectioning : Define a cutting Plan and apply a section through the workpiece while simulating.
  • 3D Light Source : Apply artificial light on the stock at any angle
  • Control over 3D Graphics Accuracy: Minimum Circle Resolution ( 1 , 2 ), Maximum Arc Error ( 1 , 2 , 3 , 4 ), Curve Resolution ( 1 , 2 ).
  • Control over Rendering Properties: Set color for Background, Tool, Shank, Ground Plane, Grid, Rapid Tool Path. Set Light Source Distance. Define Ground Plane.
  • NC Editor with syntax highlighting, colored tokens, program numbering and break-pointing
  • NC Editor Configuration: Uppercase Conversion, Spacing, Block Numbering, Block Interval, Indenting, Tabs Spacing, Token Colors.
  • Machine Status Bar displaying real-time Machine data, active Tool and active Modals during the execution of a simulation.
  • Depth Bar to monitor the depth of cut during the execution of a simulation
  • Tool Position Bar displaying real-time Tool coordinates (Relative and Absolute), Program Number and the code/command being executed as the simulation runs.
  • Machine Setup dialog to View/Modify current Machine properties: Type (Mill or Lathe), Units (Inch or MM), Maximum Feedrate, Maximum Spindle Speed, Offset Registers, Workpiece Registers, Macro Variables, Tool Start Position, Reference Position, Part Reference Zero.
  • Project Wizard to create a New Project with all necessary files step-by-step: Set Machine, Set Tool Library, Set Workpiece, Add CNC Programs to Workpiece.
  • Machine Wizard to create a New Machine/Controller/Post-processor or modify an existing one. Specify Machine properties. Customize/Reprogram G-Codes, M-Codes and CNC Commands using a structured Macro Language. Edit Token Map Table: Set Token Properties, associate functions to Tokens, set Token execution priorities, Token Groups.
  • Advanced CNC Verification: Your CNC Program is parsed for Syntax Errors, parameters passed to G-codes are verified. Specific Error Messages and Warning Messages are issued when a CNC Programming error is detected and the erroneous line is highlighted.
  • Create customized Warning/Error/Debug messages through the Macro Language Editor.
  • Line-by-Line or Continuous execution of the Simulation
  • Modify your CNC Program while executing a Simulation
  • Automatic and Edit Execution Modes.
  • Machine Control Panel: based on the Fanuc-6 Control Panel (Milling and Turning) , emulates a real Machine Panel with Buttons, Switches and Step/Handle Wheel. Loading multiple Machine Panels of different Controllers is possible.
  • MDI Execution Mode: type a line of CNC Code or a CNC Command and simulate it in real-time. Similar to the Manual Data Input function found in CNC Controllers.
  • Step/Handle Execution Mode.
  • Jog Exectution Mode.
  • Save 3D machined Parts and Load them for later jobs. Combine multiple jobs on one Part. Combine Milling and Turning jobs on one Part.
  • Workpiece Statistics: calculates Original Volume, Removed Volume, Machined Part Volume and Percentage of Material removed.
  • Measurement Grid: apply a scalable Grid on the Workpiece to measure distances.
  • Advanced Simulation Utility (Groovy): Visualizes Milling and (Overhead) Router Machining in 3D. As opposed to Polygon Modelling, all simulations are calculated by Ray-Tracing accurate 3D Models. Offers unprecedented visualization accuracy and magnification.
  • Support for Rounding, Chamfering and Thread-Cutting.
  • Support for Macro Programming using the Fanuc-0M post-processor.
  • Post-processors: Fanuc-6M, Fanuc-6T, Fanuc-0M, Fanuc-0T, Fanuc-16M, Fanuc-16T, Mitsubishi Meldas-520AM, Mitsubishi Meldas-64L, Haas Mill, Haas Lathe, Okuma Lathe, Fadal, MachineMate 8000, Fagor 8055T, Cincinnati Lathe, Heidenhain Mill, Galil, DaVinci Mill.
  • Post-processor customizations are available to Users upon request.
  • 19 Demo Projects covering all supported Controllers each including multiple examples of CNC Programming.
  • Software specific customizations are available to accomodate your simulation needs.
  • Upgrade to the Advanced Edition possible at any time (User is charged Price difference).
  • Users receive free Software Updates between two consecutive releases.
  • Minimum System Requirements: Pentium II, 128MB RAM, 40MB Disk Space, Graphics Card 32MB OpenGL-compatible, Windows 98/NT/2000/XP
  • XML-based Project Explorer organizing sequentially Workpieces their associated Processes and CNC Files in a Tree-like structure that allows access to corresponding properties. Possibility to combine Milling and Turning Processes with different Machines and Post-processors under the same Project
  • Tool Library Editor that displays the list of available Tools for both Milling and Turning with their dimensions/description and a 3D Preview of the selected Tool.
  • 4 built-in Tool Libraries: Imperial Milling, Metric Milling, Imperial Turning, Metric Turning.
  • Create additional groups of Tool Libraries and save them in seperate files
  • Modify the properties of existing Tools or create new Tools interactively through a Tool Editor ( Milling and Turning ).
  • Tool Turret Editor to display the tools loaded in the current Tool Turret add Tools from the Tool Library and unload Tools from the Turret.
  • Workpiece Editor to view and modify the Stock's properties: Name, Description, Shape, Dimensions and Material.
  • Built-in Material Database
  • Material Database Editor to modify properties for existing Material entries or create new Material.
  • 3D Modeler with real-time 3D features: Rotation, Zooming and Panning. The Modeler displays the interaction between the Tool and the Workpiece in real-time while the CNC program is being parsed. The Tool Path can be visualized. User-defined colors for Tool Cuts and Tool Path can be assigned to different Tools.
  • Multiple Views: 1st Angle, 3rd Angle, XY, XZ and ZY views in Milling. Front, Side, 3/4 Cut, 1/2 Cut and Multiple views in Turning.
  • Cross Sectioning : Define a cutting Plan and apply a section through the workpiece while simulating.
  • 3D Light Source : Apply artificial light on the stock at any angle
  • Control over 3D Graphics Accuracy: Minimum Circle Resolution ( 1 , 2 ), Maximum Arc Error ( 1 , 2 , 3 , 4 ), Curve Resolution ( 1 , 2 ).
  • Control over Rendering Properties: Set color for Background, Tool, Shank, Ground Plane, Grid, Rapid Tool Path. Set Light Source Distance. Define Ground Plane.
  • NC Editor with syntax highlighting, colored tokens, program numbering and break-pointing
  • NC Editor Configuration: Uppercase Conversion, Spacing, Block Numbering, Block Interval, Indenting, Tabs Spacing, Token Colors.
  • Machine Status Bar displaying real-time Machine data, active Tool and active Modals during the execution of a simulation.
  • Depth Bar to monitor the depth of cut during the execution of a simulation
  • Tool Position Bar displaying real-time Tool coordinates (Relative and Absolute), Program Number and the code/command being executed as the simulation runs.
  • Machine Setup dialog to View/Modify current Machine properties: Type (Mill or Lathe), Units (Inch or MM), Maximum Feedrate, Maximum Spindle Speed, Offset Registers, Workpiece Registers, Macro Variables, Tool Start Position, Reference Position, Part Reference Zero.
  • Project Wizard to create a New Project with all necessary files step-by-step: Set Machine, Set Tool Library, Set Workpiece, Add CNC Programs to Workpiece.
  • Machine Wizard to create a New Machine/Controller/Post-processor or modify an existing one. Specify Machine properties. Customize/Reprogram G-Codes, M-Codes and CNC Commands using a structured Macro Language. Edit Token Map Table: Set Token Properties, associate functions to Tokens, set Token execution priorities, Token Groups.
  • Advanced CNC Verification: Your CNC Program is parsed for Syntax Errors, parameters passed to G-codes are verified. Specific Error Messages and Warning Messages are issued when a CNC Programming error is detected and the erroneous line is highlighted.
  • Create customized Warning/Error/Debug messages through the Macro Language Editor.
  • Line-by-Line or Continuous execution of the Simulation
  • Modify your CNC Program while executing a Simulation
  • Automatic and Edit Execution Modes.
  • Machine Control Panel: based on the Fanuc-6 Control Panel (Milling and Turning) , emulates a real Machine Panel with Buttons, Switches and Step/Handle Wheel. Loading multiple Machine Panels of different Controllers is possible.
  • MDI Execution Mode: type a line of CNC Code or a CNC Command and simulate it in real-time. Similar to the Manual Data Input function found in CNC Controllers.
  • Step/Handle Execution Mode.
  • Jog Exectution Mode.
  • Save 3D machined Parts and Load them for later jobs. Combine multiple jobs on one Part. Combine Milling and Turning jobs on one Part.
  • Workpiece Statistics: calculates Original Volume, Removed Volume, Machined Part Volume and Percentage of Material removed.
  • Measurement Grid: apply a scalable Grid on the Workpiece to measure distances.
  • Advanced Simulation Utility (Groovy): Visualizes Milling and (Overhead) Router Machining in 3D. As opposed to Polygon Modelling, all simulations are calculated by Ray-Tracing accurate 3D Models. Offers unprecedented visualization accuracy and magnification.
  • Support for Rounding, Chamfering and Thread-Cutting.
  • Support for Macro Programming using the Fanuc-0M post-processor.
  • Post-processors: Fanuc-6M, Fanuc-6T, Fanuc-0M, Fanuc-0T, Fanuc-16M, Fanuc-16T, Mitsubishi Meldas-520AM, Mitsubishi Meldas-64L, Haas Mill, Haas Lathe, Okuma Lathe, Fadal, MachineMate 8000, Fagor 8055T, Cincinnati Lathe, Heidenhain Mill, Galil, DaVinci Mill.
  • Post-processor customizations are available to Users upon request.
  • 19 Demo Projects covering all supported Controllers each including multiple examples of CNC Programming.
  • Software specific customizations are available to accomodate your simulation needs.
  • Upgrade to the Advanced Edition possible at any time (User is charged Price difference).
  • Users receive free Software Updates between two consecutive releases.
  • Minimum System Requirements: Pentium II, 128MB RAM, 60MB Disk Space, Graphics Card 32MB OpenGL-compatible, Windows 98/NT/2000/XP Operating System