Elna eXcellence 710 Computerized Sewing & Quilting Machine The Elna eXcellence 710 is a premium computerized sewing and quilting machine designed for advanced sewists who demand precision, versatility, and exceptional fabric control. Featuring Elna’s removable Dual Feed System, a generous flat‑bed workspace, and powerful stitch performance, the eXcellence 710 is ideal for complex quilting, garment construction, and decorative sewing. Large Sewing Space & Superior Visibility Enjoy a spacious 280 × 120 mm (11" × 4.7") sewing area that provides outstanding support for large quilts, home décor, and apparel projects. The work area is illuminated by five bright white LED lights positioned in three different zones for shadow‑free stitching. Elna Dual Feed System The removable Dual Feed System moves fabric evenly from both the top and bottom, ensuring precise alignment when sewing multiple layers, slippery materials, or patterned fabrics such as plaids and stripes. A wide Dual Feed foot is included as standard equipment. Advanced Stitching Capabilities 170 built‑in stitches including utility, decorative, and alphabet stitches 10 one‑step automatic buttonholes Maximum stitch width: 9 mm Maximum stitch length: 5 mm 91 needle positions for fine‑tuned precision Pattern combinations of up to 50 stitches Speed & Time‑Saving Features Maximum sewing speed up to 1,000 stitches per minute Automatic and programmable thread cutter Built‑in needle threader Independent auto‑declutch bobbin winder One‑step needle plate conversion system Adjustable knee lifter for hands‑free control Professional Build & Convenience Built on a robust internal structure, the eXcellence 710 offers excellent stability with a machine weight of 12.2 kg (≈26.9 lbs), reducing vibration during high‑speed sewing. The machine includes a free arm for tubular projects, generous onboard accessory storage, and an extensive selection of standard presser feet. Ideal For Quilters, advanced hobbyists, and home sewists seeking professional‑level fabric handling, large workspace, and reliable computerized performance.
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