: The NC program runs in a left pane while a 3D simulation of the machine—including heads, spindles, and rotating tables—displays in the center.
: Provides a comprehensive list of all errors, allowing users to click a specific error and jump directly to the corresponding line in the NC program. Simulation Workflow
: Use the Advanced Tool Manager to define your cutting tools, holders, and geometry. cimco-edit-software-machine-simulation-8-10-07-2023
: Use the Simulation Report to review any detected collisions or syntax errors. Release Context (July 2023)
To "put together" a simulation in CIMCO Edit, follow these general steps: : The NC program runs in a left
: In the Geometry Manager , right-click to add your stock (e.g., from a DXF file) and fixtures.
: New features in the 2023 version include "Axis Control," which uses sliders to track and manually adjust each axis position to check for clearances. : Use the Simulation Report to review any
: Navigate to the Backplot tab and click the Machine Simulation icon to begin the prove-out process.
: The NC program runs in a left pane while a 3D simulation of the machine—including heads, spindles, and rotating tables—displays in the center.
: Provides a comprehensive list of all errors, allowing users to click a specific error and jump directly to the corresponding line in the NC program. Simulation Workflow
: Use the Advanced Tool Manager to define your cutting tools, holders, and geometry.
: Use the Simulation Report to review any detected collisions or syntax errors. Release Context (July 2023)
To "put together" a simulation in CIMCO Edit, follow these general steps:
: In the Geometry Manager , right-click to add your stock (e.g., from a DXF file) and fixtures.
: New features in the 2023 version include "Axis Control," which uses sliders to track and manually adjust each axis position to check for clearances.
: Navigate to the Backplot tab and click the Machine Simulation icon to begin the prove-out process.