Singer sewing machine model 128 free manual download

Flat-Work Darner Singer. Monogrammer and Buttonholer Plates. Multi-slot Binder. Needle Threader Singer. Ruffler Attachment Instructions Singer.

Singercraft Instructions. Singercraft Fagoter Instruction Manual. Slant Embroidery Foot. Singer Slant Embroidery Foot. Style-O-Matic Attachment Instructions. Tape Stitching Bias Binder Foot. Tuckmarker Attachment Tucker. Walking Presser Foot - Penguin.

Zig-Zagger Singer. Automatic Zig-zagger Automatic Zigzagger Stitch patterns. Stoppax Darner Instructions. ISMACS is an organization totally independent of all sewing-machine manufacturers, past or present and is not affiliated with any of the companies mentioned in these pages. Please Note: Do not contact any ISMACS official in an attempt to solicit a valuation - it is not possible other than by hands-on assessment and your request will be ignored. Reproduction or copy of this page, in any form, in part or in whole, is strictly prohibited, without prior, written permission.

Manufacturers If your sewing machine, accessory, or ephemera has a name on it, this is the place to start. When was my Sewing Machine Made? How much is my Sewing Machine Worth?

Join Us Today. Home Free Downloadable Manuals Free Downloadable Manuals Updated April This is an initial list of all the available downloadable sewing machine manuals, service manuals, parts lists and instructions that could be located.

Machine parts V. PDF 11manual 11W2. Instructions 24, chain stitch for manufacturing. PDF PDF W PDF W. PDF U. PDF U A steal. Really a steal.

This posting will look into the various features of this machine, such as they are…. Mechanically simple and easy to use, the Model 28 was capable of producing neater stitches at a faster and more consistent rate. Because of this, it was manufactured all the way from the s up into the s. Early lock-stitch sewing-machines operated by using a long, barbell-shaped bobbin inside of a small, shiny, bullet-shaped thing…called a shuttle.

How the shuttle and hence, the bobbin interacted with the machine determined the model-name. The cloth moved back and the shuttle traversed moved across the bed of the sewing-machine, behind the needle-plate, underneath the machine, from left to right. The sharp point or nose of the shuttle the bullet-shaped end went through the loop of thread made by the needle, and pulled the bobbin thread through after it.

Then, the shuttle slid back across the machine, from right to left, a second before the take-up-lever pulled the stitch tight and the feed-dogs shoved the cloth along, ready for the next stitch. A machine typical of the T.

This is ingenious, but at the same time, inefficient. To improve efficiency, the V. It swings! The V. The shuttle with its bobbin inside, sits in a small carriage that moves back and forth in a semi-circular motion, with each forward motion catching the loop of thread and pulling the bobbin-thread through it, and every backwards motion pulling the stitch tight.

If anyone ever asks you how a sewing-machine works, I think the best working example you could find is a V. This machine dates from , by which time, the first generation electric sewing-machines had entered into the market. Why then, does it have a crank? Singer produced manual, crank-operated sewing-machines for a hundred years, believe it or not. They were still making brand-new crank-machines as recently as the s! Why you might ask, would a sewing-machine produced in an era of radio, electric lights, talking pictures, record-players and 1st-generation telvisions, still be made with a crank?

Prior to about , every town and city in England had their own separate power-stations, producing different voltages of electricity. What might be enough to power a radio or a light in one town or county, might be too much in another, or too little somewhere else. So to overcome this, machines were made to be as independent of the power-grid as possible. In a way, Singer as with many other products of the day were victims of their own success.

As anyone else who tinkers with these things will surely testify to, a vintage sewing-machine is built to be indestructible. Nothing short of a nuclear explosion will even put a dent into these machines. And because of this, the old cranks on machines, as well as the machines themselves, rarely broke down. As a result, any spare parts such as cranks which were produced, were not often sold to already-existing machines.