Creo Configuration Management Tool
Showing category for Creo
Determine CLI file format: ASCII or binary. Controls CLI file format (ASCII or binary) for 3D printing
Set this parameter to "Yes" to ignore any empty slices between the tray and the bottom surface of the model. Ignores empty slices between tray and model bottom
Use this option to ignore all lattice structures while creating the supports. Excludes lattice structures when creating supports
Ignore the lattice volume for model position on the tray. Controls if lattice volumes affect model position on tray
Create one CLI file for the solid geometry, and a separate CLI file for each lattice structure. A CLI file will always be created separately for the support structures. Creates separate CLI files for different model components
Use multithreaded calculation during slicing. Select from 1 (single thread) through 8 CPUs for calculation. Enables parallel processing during slicing operations
Set the height of the slicing within each layer. Sets slice height within each layer (base, mid, or top)
Determine the height of each layer in the slicing process, in mm. Defines layer height (mm) for the slicing process
Determine at what height above the tray (in mm) the slicing operation begins. Sets starting height above tray for slicing operation
Use the 3MF Lattice extension for applicable lattice structures. To benefit from this extension, convert your lattice features to simplified representation. Enables 3MF Lattice extension for lattice structures
Sets the default offset from the tray box in all directions when placing models using auto-position or nesting (5.0 is set as algorithm default value). Sets offset from tray box for auto-position and nesting
Show tooltips with information about materials, when hovering over a component. Shows material tooltips when hovering over components
Defines the default height offset from the tray floor, in mm, when placing models using auto-position or nesting. Sets height offset from tray floor for model placement
Set the path to directory containing list of user-defined 3D printers. Specifies directory for user-defined 3D printers
Sets the default directory for 3D Printing part material library. Use full pathname to avoid problems. Sets directory for 3D printing material library
Specifies the color that narrow gaps are highlighted. Sets highlight color for narrow gaps in 3D printing
Tolerance for gap analysis. Sets tolerance for gap analysis in 3D printing
Minimum acceptable gap for gap analysis. Defines minimum acceptable gap for printability
Specifies the color that thin walls are highlighted. Sets highlight color for thin walls in 3D printing
Tolerance for wall analysis. Sets tolerance for wall thickness analysis
Minimum acceptable wall thickness for wall analysis. Defines minimum acceptable wall thickness
The root directory for 3D printing mateirals offline data. Sets root directory for offline material data
Use 3D printing materials offline data. Controls use of offline material data
Allow negative values in the STL file format. Allows negative values in STL export
Angle control default value for STL export. Sets angle control for STL export precision
Chord height default value for STL export. Sets chord height for STL export precision
If the design model contains multiple bodies, a separate STL file will be exported for each body. A .zip file will be created. Exports separate STL files for multiple bodies
Choose this option to export the models body, lattice, and support structure separately for printability purposes. A .zip file will be created. Exports model components as separate STL files
Step size default value for STL export (-1.0 to use algorithm default). Sets step size for STL export precision
Specifies the format of the exported STL file. Controls STL file format (ASCII or binary)
Use maximum chord heights proportional to component sizes. Scales chord heights proportionally to model size
Use maximum step sizes proportional to component sizes. Scales step sizes proportionally to model size
Use angle from the configuration dialog, rather than default. Uses user-defined angle for STL export
Use chord height from the configuration dialog, rather than default. Uses user-defined chord height for STL export
Use step size from the configuration dialog, rather than default. Uses user-defined step size for STL export
Sets the default offset from models in X direction when placing models using auto-position or nesting (5.0 is set as algorithm default value)
Sets the default offset from models in Y direction when placing models using auto-position or nesting (5.0 is set as algorithm default value)
Sets the default offset from models in Z direction when placing models using auto-position or nesting (5.0 is set as algorithm default value)