Creo 5.0 is scheduled to drop March 2018—But we’re making an early version of the software available to current Creo users who don’t want to wait.
In Creo 5.0 Sneak Peek, you’ll be able to test enhancements well before the actual release. Here are just a few:
Remove Pipe Segment minimizes the number of pipe cuts and welds on your design.
A pipeline composed of 12 joints requiring 12 weld operations, 6 pipe cuts, and 6 pipes—more complex than needed.
Heli-coil inserts are now easy to design to your fastener assemblies. These Heli-coils provide a way to protect and strengthen tapped threads. So bolt tensile strength can be balanced against parent material shear strength, assuring bolt failure rather than parent material damage.
A 30-mm heli-coil in Creo IFX extension.
New commands for showing and hiding give you easier control over visibility too.
Check out the new Volume Helical Sweep tool to create accurate 3D geometric representations for parts that are machined with cutting tools.
The Volume Helical Sweep tool in a grinding wheel scenario.
The Volume Helical Sweep in a screw conveyor scenario. Define a helix with constant or variable helix pitch, and apply an adjustment angle of RX=90 degrees.
Use the Sketch Region selection to quickly create geometry with selected sketch-based features. This command reduces the need to perform project and trim operations within Sketcher. It also offers a flexible way to use portions of a single sketch as the basis for several sketch-based features.
A Sketch Region is a closed contour defined by sketched entities and their intersection with coplanar 3D edges in the part geometry.
Easily apply drafts to design models containing rounds and chamfers. This addresses the frequent difficulty to apply drafts to rounded base part models from the design department or to imported models containing rounds and chamfers.
We expand the presence of the Mini Toolbar too. For example, 3D Annotations fully support mini toolbars for faster and more intuitive command access in object-action workflows.
Click a 3D annotation in the graphics area to see the corresponding context-sensitive mini toolbar.
You can now reach annotation mini toolbars from the Model Tree or Detail Tree.
Enhanced functionality related to Additive Manufacturing includes:
• Simplified Visualization
• Truss cell
• Conical Beams in simulate
Subtractive Manufacturing improved too:
• Conventional Milling
• NC Parameters
• Slice by Slice
For those using Creo Simulate, note these fixes and enhancements:
The Relief dialog box shows some examples of the new shape types.
The process for defining a simplified representation of a sheet metal part in the flatten state, while having the master representation in the formed (bent) state, is simpler too.
You can easily switch from a bent to a flattened state when modeling a sheet metal part. And, the system doesn’t create or require additional Windchill business objects.
Defining a flat pattern representation of a sheet metal part.
With the enhanced Convert to Sheetmetal tool, you can convert solid parts into sheet metal parts –while still enforcing uniform thickness. The improvements support the import of sheet metal parts from legacy systems and the conversion into valid Creo Parametric sheet metal parts.
The Conversion tool now supports conversion of solid parts into sheet metal parts, even if the part contains non-uniform thickness.
Interested in Freestyle modeling? Look for these enhancements in the sneak peek:
• Slice Mesh by Plane
• Enable Box Creation Mode
• Align Curvature Connection
Plus, the following enhancements to the Style tool:
• Symmetric Curve Support
• Resolve Mode Overhaul
• Mini-Toolbar in Style
We’ve also enhanced the graphics feature, Design in Perspective.
Get in touch: +44(0)2086178189 or firstname.lastname@example.org