SINGER 14J250 Stylist II Serger Overlock Machine with 2-3-4 Thread Capability and Differential Feed
You looking to find the "SINGER 14J250 Stylist II Serger Overlock Machine with 2-3-4 Thread Capability and Differential Feed" Good news! You can purchase SINGER 14J250 Stylist II Serger Overlock Machine with 2-3-4 Thread Capability and Differential Feed with secure price and compare to view update price on this product. And deals on this product is available only for limited time.Price:

Product Feature
- 2-3-4 Stitch Capability provides more stitch variety
- Needle Threader & Wide Open Threading makes set-up a breeze
- Differential Feed eliminates stretching and puckering on all fabrics
- Cutting Width Gauge ensures the fabric is cut and sewn consistently
- 1,300 Stitches Per Minute allows professional speed for faster results. 110 volt machine designed for United States and Canadian use only.
Product Description
The SINGER 14J250 Stylist II serger is the perfect addition to your sewing room. Get started finishing seam and hems in no time with the needle threader, wide open and color-coded threading. 2-3-4 thread capability and adjustable stitch length provide more stitch variety for customizing projects. Differential feed eliminates stretching and puckering on all fabric types. Sewing at 1,300 stitches per minute, this serger provides professional results in no time. Included Accessories: All-Purpose Foot, Brush, Screwdrivers, Stitch Fingers, Two Thread Converter, Oiler, Extra Cutter, Wrench, Cutting Width Gauge, Needle Threader, Needles, Thread Nets (4), Spool Discs (4), Spool Holders (4), Spool Caps (4), Thread Spools (4), Tweezers, Soft-Sided Dust Cover, Instruction Manual, Foot Control, Power CordMost of the consumer Reviews tell that the "SINGER 14J250 Stylist II Serger Overlock Machine with 2-3-4 Thread Capability and Differential Feed" are high quality item. You can read each testimony from consumers to find out cons and pros from SINGER 14J250 Stylist II Serger Overlock Machine with 2-3-4 Thread Capability and Differential Feed ...
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