Abstract: The present invention provides an improved method and computer program product for quilting and embroidering fabric. The method comprises securing a quilt sandwich of top layer fabric, batting and backing fabric in an embroidery hoop and attaching said embroidery hoop to an embroidery machine. The user retrieves a digitized embroidery file that is fed into the embroidery machine. The digitized file instructs the embroidery machine to stitch the quilt layers together according to a predetermined stippling pattern and to stitch an outline for an appliqué. After an appliqué fabric is placed over the outline, the digitized file sews a tackdown stitch, after which appliqué enhancements or additional layers of appliqué may also be stitched. The quilt is then removed from the embroidery hoop and the appliqué and quilt are trimmed.

Abstract: The present invention provides an improved method and computer program product for quilting and embroidering fabric. The method comprises securing a quilt sandwich of top layer fabric, batting and backing fabric in an embroidery hoop and attaching said embroidery hoop to an embroidery machine. The user retrieves a digitized embroidery file that is fed into the embroidery machine. The digitized file instructs the embroidery machine to stitch the quilt layers together according to a predetermined stippling pattern and to stitch an outline for an appliqué. After an appliqué fabric is placed over the outline, the digitized file sews a tackdown stitch, after which appliqué enhancements or additional layers of appliqué may also be stitched. The quilt is then removed from the embroidery hoop and the appliqué and quilt are trimmed.

Abstract: An angle finder tool for use with embroidery machines, wherein the tool enables accurate angle measurements to be determined so that the embroidery machine may properly orient the design onto the fabric during the embroidery process. The angle finder tool includes a lower component comprising an angle degree chart and an upper component connected to the lower component, wherein the upper component comprises a crosshair. The upper component rotates independently of the lower component. The angle finder tool is placed within and parallel to an embroidery hoop and centered on a target orientation indicator on the fabric. The crosshair on the upper component is rotated to align with an arrow on the target indicator. The angle indicated by aligning the crosshair and target indicator arrow is supplied to an embroidery machine, which uses the angle to orient a design template in relation to the fabric.