#Tessellation consulting software

The solution requires simplifying the necessary geometry for printing, and that's where tessellation comes into the fray. The Non-Uniform Rational B-Splines (NURBS), Bezier curves, and analytical geometry that makes continuous and controllable CAD geometry possible is impractically complex for defining print sections. Since most 3D printing techniques involve building a part through successive stacked layers of material, your finely crafted 3D model has to be appropriately sectioned. But you've stumbled on a fundamental challenge, one that's as old as 3D printing itself.

But instead, you find out you have to cram your masterpiece through a one-way pipe into a predominantly binary file format that's been awesomely radical since 1987.įeeling betrayed, you angrily shake your fist at the screen with the same level of disgust as the day you found out Stan Bush tried to channel Linkin Park resulting in something most heinous. In your moment of triumph, as the rock anthem crescendos, you search in futility for that shiny print button. And now, at the end of all things, you're ready to 3D print the crap out of it. You've got the touch, you've got the power. You've massaged every surface, blended every corner, tweaked every draft to perfection.

#Tessellation consulting software

So perhaps you've recently completed your engineering masterpiece, slaved over its elegant design for weeks or months, transformed an idea into a robust 3D model using the best of what your CAD software has to offer.