Dear Bathsheba,
Thanks for posting.
The prongs in the current Ennoble beta distribution will work with the SW cast metal materials. Once you’ve
placed the prongs, use the
Create Cavity command to bake and join the prongs to your base model resulting in one closed polysurface, ready for 3D printing. Ennoble works with meshes, polysurfaces, and subdivision surfaces so you won’t have to deal with unnecessary format conversions between other CAD programs in your toolkit, depending on your workflow.
Currently the prongs are however aesthetic (as shown in the examples below), i.e. they are not pre-configured for gemstone settings or “stone holder prongs” as referenced in the SW Cast Metals Materials Design Guidelines. Here again we recommend considering
automatic cavity generation (with optional glue pocket creation) for Swarovski Crystal applications as this feature set *
does* include presets and configuration options in accordance to the actual component geometries and your production settings.
Fig.1 - Interpretation of the Dalí & Schiaparelli "Eye of Time" created using the Ennoble catalogs, prongs and cavity settings for Rhino3D®.
Fig 2. - Pebble Oval created using the Ennoble catalogs, prongs and cavity settings for Rhino3D®.
Another command you may find interesting is the
Create Cup Mesh (
Video Tutorial) as this feature set was partly inspired by the new design languages and capabilities which have emerged with the 3D printing boom (as shown in further examples below). The command allows you to transform meshes & solid models into printable, self-sustaining structures with predefined cavity settings and customization options for rendering, prototyping and metal production.
Fig. 3 - Aerial Jewel Box created using the Ennoble catalogs, pavé for surfaces, and cup mesh creation feature set for Rhino3D®.
Fig. 4 - Aerial Pebble Necklace created using the Ennoble catalogs, pavé for surfaces, and cup mesh creation feature set for Rhino3D®.
Fig. 5 - Aerial Star created using the Ennoble catalogs, pavé for surfaces, and cup mesh creation feature set for Rhino3D®.
Fig. 6 - Aerial Swan created using the Ennoble catalogs, pavé for surfaces, and cup mesh creation feature set for Rhino3D®.
Fig. 7 - Ennoble Vapor Model Close Up created using the Ennoble catalogs, pavé for curves and cavity settings for Rhino3D®.
Fig. 8 - Ennoble Vapor Model created using the Ennoble catalogs, pavé for curves and cavity settings for Rhino3D®.
Looking forward to hearing more from you and the community. Please also feel free to reach out to us directly at
support@ennoble.io.
Cheers,
Graham
www.ennoble.io
www.ennoble.io/youtube
www.food4rhino.com/app/ennoble