Tag Creo 10
A new check has been introduced to validate the view scale in models, specifically for drawings. This check ensures that the view scale specified on a drawing aligns with the recommended or previously defined values from the view scale list…. Continue Reading →
A new option has been added to the condition file, allowing users to define configurations based on the last saved date. This feature enables you to specify conditions for dates that are before, after, or fall within a particular range… Continue Reading →
Enhancement: New Flag for Indicating Passed ChecksA new flag has been introduced in the ModelCHECK report to indicate the number of checks that have successfully passed. By selecting the “Pass” option in the ModelCHECK report, you can expand sections to… Continue Reading →
Enhancement: Visual Indicators in the Summary TableWe’ve added flag indicators to the summary table to make it easier to identify which objects in a model have passed or failed. Previously, ModelCHECK displayed the status only for the top-level model of… Continue Reading →
Enhancement: Highlighting Errors in the Model TreeErrors in your model are now easier to locate with this enhancement. It highlights errors in two places: directly within the model (as part of existing functionality) and in the Model Tree. By visually… Continue Reading →
The Process Documentation feature has been enhanced to offer an improved automatic shop floor report. Updates include: Creo Parametric 11.0.0.0 User Interface Location: In Manufacturing, click Applications > Process Documentation. Key Benefits Additional Details This enhancement ensures precise, customizable, and easy-to-generate shop floor reports,… Continue Reading →
A new Precision option is now available for stock models, offering four distinct precision settings: These settings enable enhanced control over stock model creation, allowing users to tailor precision based on specific machining requirements. Creo Parametric 11.0.0.0 User Interface Location: 1.In… Continue Reading →
A new enhancement now enables you to define the GAUGE_Y_LENGTH parameter within the tool definition. This parameter value can be included in the CL (Cutter Location) data output using the PPRINT statement. The value is also available for use by… Continue Reading →
A new enhancement allows you to skip CL (Cutter Location) lines unrelated to toolpath motion when navigating CL records in the CL Player. This feature lets you bypass non-motion CL lines during step-by-step simulations, simplifying the review process for tool… Continue Reading →
A significant enhancement now allows for the definition of separate CUTCOM strategies for milling and turning sequences at the work center level. Previously, it was not possible to set different cutter compensation for these operations at this level. This update… Continue Reading →
A new feature allows you to easily show or hide manufacturing-related geometry directly from the Graphics Toolbar using the Mfg Geom Display Filters. These filters can be applied to several manufacturing features, including: Creo Parametric 11.0.0.0 User Interface Location: Graphics Toolbar… Continue Reading →
The Four Axis Area Turning command has been upgraded with a modernized user interface, eliminating the previous menu manager-based toolpath. With this update, the toolpath now leverages a more streamlined UI, bringing consistency to the interface used in other toolpaths… Continue Reading →
Recent updates to the engraving toolpath functionality now allow for the selection of individual curve segments from a single chain or multiple chains when creating an engraving NC sequence. You can select multiple curve segments or even just one from… Continue Reading →
The new Trim Plane option allows you to trim or extend the retract movements to a user-defined datum plane. This feature is available for various 3-axis Milling NC sequences, including: Creo Parametric 11.0.0.0 User Interface Location: 1.In Manufacturing, click one of… Continue Reading →
A new enhancement introduces the flexibility to define 4 or 5-axis toolpaths where the trajectory curve and the surface defining the normal are not coincident. This means the trajectory curves can now be positioned at a distance from the normal… Continue Reading →