Throughout April and May 2020, we rolled out a series of posts here on the Creo Community to help enhance your CAD skills 15 minutes at a time.
Visit this Creo Tips below for posts packed with new video tips and demos from our product experts. You’ll find step-saving guidance on topics such as mastering complicated rounds, embossing text on cylindrical surfaces, using sketch regions, and more.
Post 1
Copy geometry from multiple assembly components in a single feature.
Quickly defeature a model to prepare for simulation.
Creating advanced rounds.
Adding rounds
Post 2
Prevent drag and drop restructuring from the Model Tree.
Bookmark an AR experience on your mobile device.
Emboss text on a cylindrical surface.
Post 3
Create external feature references without depending on a source model.
Place standard profile configurations in an assembly using AFX.
More efficiently work with annotation elements in annotation features.
Post 4
Use Shrinkwrap to copy all quilts from all models in an assembly.
Store and apply Manikin custom postures.
Using the Manufacturing module, drill holes in Creo without creating an axis; plus use the Auto Depth option.
Post 5
Use simplified reps to publish only what is needed in an AR experience.
Use Sketch Region selection to quickly create geometry with supported sketch-based features.
Dimension with fractions.
Post 6
Add ancillary objects to Manikin models.
Display the toolpath and its references by clicking on the toolpath name on the Model Tree.
Map SolidWorks commands to Creo commands.
Post 7
Use Update Control functionality through, on-the-fly created, geometry backups.
Manage visibility of annotations and supplemental geometry such as planes, axes, coordinate systems, points, and curves.
Build spiral geometry using a variable section sweep and a parameter called TRAJPAR.
Post 8
Report mass properties for each wire in a BOM.
Create a helical toolpath using the auto-cutline functionality; plus, define a 5-axis toolpath while controlling the tool axis.
Prevent inadvertent modification of driving dimension values when the dimension precision (number of decimal places) is modified.
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