It is critical to provide task-oriented learning to Creo users in order to ensure a smooth upgrade of PTC Creo software with minimal loss of productivity. Punditas AI helps organizations realize costs savings and increase efficiencies by ensuring a smooth transition from one PTC Creo version to next. Punditas AI is a self-service platform that... Continue Reading →
Punditas AI Advisor now supports Creo 8.0.2.0
PTC released Creo 8.0.2.0 recently. Punditas AI Advisor now supports this latest version of Creo 8.0.2.0 . Punditas AI allows users to learn more about “How”, What” and “Why” of these enhancements through Product 360 module. The picture below shows the Module groups and the corresponding enhancements added within each group. To try this out,... Continue Reading →
Do you know that you can Create, Edit, import and collaborate on ECAD cuts and slots in PTC Creo?
Starting with In Creo Parametric 8, you can create, edit, import, and collaborate on ECAD cuts and slots. A slot is a specific type of ECAD cut with an attribute to identify it as a slot. Slots are imported as a separate cut feature along with attributes that identify them as ECAD Slots. You can import and... Continue Reading →
How to create straight drilled hole in combination with the tapped, tapered hole section in PTC Creo?
The Hole feature option added for NPT, NPTF, and ISO-7 standard holes in Creo allows you to create a straight drilled hole in combination with the tapped, tapered hole section. Hole charts (.hol files) are updated to drive thread depth and straight drill diameter. The depth options for this straight drilled hole section include: Blind, To Next, Through All, Through... Continue Reading →
What is ISO fillet weld feature in PTC Creo?
A new Z1xZ2 dimensioning scheme has been added to the Fillet Weld feature. This enhancement enables a compliance with the ISO standard. It is easier to apply intermittent and staggered welds and improves the usability of ISO fillet welds. It allows you to define each leg length by its value, contains labels with clearer definitions. The Shape tab in... Continue Reading →
Did you know about the new Intermittent tab for Weld Preferences in PTC Creo?
Starting with Creo 8, you can create welds with intermittent spaces between the welds in Creo. A new Intermittency panel has been added for intermittent fillet and groove/butt welds. From here you can define pitch, number of welds, and weld spacing. A new Intermittent tab has been added to the Weld Preferences dialog box. The report of the other side numbers... Continue Reading →
Did you know about the newly added recursive references in PTC Creo?
The new Recursive References option in Creo 8, allows users to recursively list potentially impacted references in the Replace References dialog box. Note, this option is only available when you replace quilt references. When this option is selected, the system identifies the direct child features for reference handling, and also identifies the entities created by... Continue Reading →
What are the improved thread handling options for thread length and intersection control in PTC Creo?
Starting with Creo 8.0, the Hole feature provides enriched thread handling options for thread length and intersection control. You use the following thread depth control options for additional flexibility : Through ThreadBlindTo Reference Note : The Through Thread option is typically enabled and available for the following geometry dependent drill depth options : Drill up to next surfaceDrill... Continue Reading →
How to do fluid study with a steady state solution in PTC Creo?
A new functionality has been added to support steady state fluids in Creo Simulation Live CFD Analysis. Steady state is a condition when the fluid properties in the system do not change. This enhancement provides an equilibrium solution when the fluid is not changing. The default result for a Creo Simulation Live fluids study is a steady state solution.... Continue Reading →
How to use the improved Freestyle Align Function in PTC Creo?
The Freestyle Align function has been improved, resulting in a higher quality surfaces. Now the vertices no longer behave like a vertex creases by forcing the geometry vertices to align with the control mesh vertices. A geometry vertex position is determined by its location with respect to the align reference curve, resulting in an optimal smooth surface.... Continue Reading →