Tag creo 6
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 →
A new enhancement adds tangential arc support for entry and exit motions in trajectory milling. With the ARC_TANGENT option, you can now create lead-in or lead-out arcs along the tool axis that are tangential to the cut. This is achieved… Continue Reading →
The Auto Deburring functionality has been enhanced to support box selection for edge machining. This allows you to select multiple edges in a single action, simplifying the process of including or excluding edges from machining. With the box selection method,… Continue Reading →
The latest enhancement introduces the ability for HSM toolpaths to account for the profile or shape of solid tool holders during calculations. Previously, toolpath calculations ignored the holder’s profile, but now the toolpath degouges the solid tool holder against a… Continue Reading →
The latest update introduces support for selecting multiple mill volumes for HSM rough and HSM rest rough toolpaths. You can now specify multiple mill volumes in the Machining Reference collector on the References tab for these toolpaths, optimizing 3+2 axis… Continue Reading →
The new 4-axis rotary roughing and finishing toolpaths are now available in this release, enabling machining that can pass through 360 degrees. These toolpaths are ideal for screw-type parts, with applications in automotive and oilfield components such as crankshafts, camshafts,… Continue Reading →
Creo Parametric 11 introduces an exciting feature with the Randomization Seed Value setting for stochastic lattices. This update enables users to create a family of parts with stochastic lattices via family tables, where each instance can now be randomized independently…. Continue Reading →
Creo now enables the creation of stochastic lattices based on a specified pore size requirement. The new Target Pore Size option uses pore size as the primary metric to drive lattice construction. Pore size is defined as the diameter of… Continue Reading →
Creo now supports modifying parts containing simplified beam lattices using the Warp feature. When the Warp feature is applied, the internal lattice beams automatically adjust to align with the warped geometry, enabling more versatile lattice designs. Original part that contains… Continue Reading →
Creo Parametric 11 introduces the Lattice Connect feature, enabling you to seamlessly link two or more separate lattice structures into a continuous lattice. This enhancement simplifies the creation of complex and unified lattice geometries. Before After Creo Parametric 11.0.0.0 User Interface… Continue Reading →
The lattice export feature is now available directly in Part mode, allowing you to export tessellated 3D models seamlessly. Previously, this functionality was restricted to the Tray Assembly. Now these options are available in Part mode. •Shell and lattice as… Continue Reading →
Generative Design now ensures planar symmetry is preserved during the reconstruction of optimized results. When a planar geometry constraint is defined for optimization, a plane is used during the reconstruction process to mirror the Freestyle geometry. This ensures that the… Continue Reading →
Generative Design now includes the capability to define a desired minimum feature size for the resulting geometry, allowing better control over optimization thickness. The new Minimum Feature Size geometry constraint lets you set the minimum feature size for each design… Continue Reading →