The pro among the coverstitch machines. Enormous penetration force and high precision stitches, even with cross seams. Have you ever taken a closer look at the hems of your t-shirts or sweatshirts? The top of the hem usually looks like a twin-needle stitch whereas the underside of the hem resembles a zig-zag stitch. This is a coverstitch. Compared to a twin-needle stitch and zig-zag stitch produced on a sewing machine, the cover stitch is much more elastic and durable.
Our baby lock cover stitch features a unique, compact tubular looper system that guarantees fuss-free, quick threading. Extra-strong loopers in a quality similar to that used in industry make your baby lock cover stitch fit for the toughest of tasks. The baby lock range of cover stitch machines are unique in that they are the only ones to chain off, should you run off the fabric. Use this to create belt loops and tassels.
The ingenious jet-air system makes threading your baby lock cover stitch child's play. From now on, you are the one who defines the threading order. You no longer need to follow any coloured threading points or start again from the beginning because of a threading error. Forget about loose threads that may cause tangles and confusion. Simply choose the desired looper thread, insert it into the threading port, push the lever and the yarn will be threaded up to the tip of the looper as if by magic. The jet-air system of your baby lock cover stitch is simply ingenious
The feed dog is lowered automatically whenever you raise the presser foot. This makes placing and removing the fabric much easier. It also prevents any damage to the fabric during these operations.
Stretch fabrics often cause problems such as puckering or distorted seams that leave you in despair. Thanks to its differential feed, the cover stitch guarantees an optimum feed of stretch fabrics and thus prevents puckering or protruding seams. However, you can also use the cover stitch's differential feed to intentionally gather or stretch the fabric and produce fanciful decorative effects.