SVP Worldwide, parent company of HUSQVARNA® VIKING®, announced the launch of the Epic Quilt™ 97, featuring innovative sewing projection technology that allows quilters to preview stitches before sewing. The machine's spacious workspace accommodates king-sized quilts with over 12" to the right of the needle and working area height exceeding 5.5", providing ample room for handling bulky materials. The adjustable lines, angles, and grids in sewing mode make aligning stitches effortless, saving valuable time while achieving precision.
The Epic Quilt™ 97 includes meticulously designed accessories that enhance creativity and ease of use, featuring an Extension Table with Adjustable Guide, Rotating Self Healing Cutting Mat, Rotary Cutting Tool with replacement blades, comprehensive ruler sets, specialized sewing feet, and premium needle packages. Jason Zielke, chief product officer at SVP Worldwide, stated that leveraging AI technology, the machine recommends optimal sewing foot setup for each stitch while the built-in projection system simplifies creating complex stitches with exceptional precision.
The machine combines heritage with cutting-edge technology, empowering users to create intricate, beautifully executed quilts with unparalleled ease and accuracy. The product is now available through the company's online channels at https://www.husqvarnaviking.com. SVP Worldwide, as the world's largest consumer sewing machine company accounting for approximately one-third of global sewing machine sales, continues its tradition of innovation with brands including SINGER®, VIKING®, PFAFF®, and mySewnet™ that have collectively served consumers for over 170 years.
The introduction of AI-driven features in home sewing equipment represents a significant advancement in the crafting industry, potentially setting new standards for precision and user assistance in textile arts. This technological integration addresses common challenges quilters face with stitch alignment and material handling, particularly for large-scale projects that require consistent accuracy throughout extensive fabric surfaces.
