Though you can use fill stitching to cover 3D foam, it compresses the foam more than satin stitches for a shorter ‘crown’ to the design.I use around double the standard coverage density you would expect for standard flat embroidery.(If you’d like to hear more from me about 3D foam- check out this recent webinar where I describe the elements in this article for the commercial market.
Though you can use fill stitching to cover 3D foam, it compresses the foam more than satin stitches for a shorter ‘crown’ to the design.I use around double the standard coverage density you would expect for standard flat embroidery.(If you’d like to hear more from me about 3D foam- check out this recent webinar where I describe the elements in this article for the commercial market.Tags: American Studies Dissertation SWisdom EssayElie Wiesel Foundation EssayImages For Creative Writing PromptsBullying Article EssaysPictures To Inspire Creative WritingCritical Thinking Projects
Though craft foam is similar, some foams may be layered with meshes, films, or other materials that will inhibit perforation and craft foams are usually less dense and thus more prone to being compressed, leaving you with a less dimensional result. Moreover, any open ends on satin stitch columns require a ‘capping’ stitch below the top stitching to hold in and perforate the foam.
For the best, most dimensional results, you need to either purchase foam-specific designs or digitize your design specifically for the medium.
This leaves the foam under the thread of the design, raising it well above the ground.
For the best results, I use high density foam specifically made for embroidery. 3D foam requires almost twice the density of stitches you’d use for full coverage in a flat embroidery design in order to perforate the material and hold it under the stitching securely.
For 40wt threads, that’s between .17mm and .25mm, or 1.7 and 2.5 points.