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According to Vanderhoof, Synchronous Technology with direct editing is the single most important improvement added to NX to speed up geometry creation, the task that occupies nearly 80% of an engineer's time.
In addition to geometry creation, geometry reuse -- turning legacy data into 3D data -- also happens to be another challenge. Vanderhoof pointed out, "The Copy to 3D capability provides a streamlined path for converting 2D designs into 3D models, without recreating the geometry. This optional work flow enables you to move old 2D designs into new versions as 3D models."
According to Vanderhoof, more and more designers have begun to perform initial stress tests, FEA tests, and simulations that used to be the exclusive domain of experts and specialists. Advanced simulation in NX 7 encompasses NX Nastran, NX Flow, NX Thermal, PCB (printed circuit board) Thermal Analysis, and other functions. These applications are expected to give designers greater confidence in their products' stability, durability, safety, and performance.
In computer-aided manufacturing, inadvertently introducing geometry that's impractical to produce could lead to costly errors and (in the worst case scenario) production shutdown. Vanderhoof explained, "[In NX 7], in preparation for mold making, we can check draft angles, degrees of curvature, wall thickness, and undercuts ... There's also an application called Checkmate to check your corporate standards."
During the survey, we polled the audience on a series of questions. Here are the results from the live poll:
For more on NX 7 with HD3D, also read the following blog posts:

Kenneth Wong is Digital Engineering's resident blogger and senior editor. Email him at [email protected] or share your thoughts or suggestions at digitaleng.news/facebook.
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