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Machine embroidery is a term that can be used to describe two different actions. The first is using a sewing machine to "manually" create (either freehand or with built-in stitches) a design on a piece of fabric or other similar item. more...

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The second is to use a specially designed embroidery or sewing-embroidery machine to automatically create a design from a pre-made pattern that is input into the machine. Most embroidery machines used by professionals and hobbyists today are driven by computers that read digitized embroidery files created by special software.

With the advent of computerized machine embroidery, the main use of manual machine embroidery is in fiber art and quilting projects. While some still use this type of embroidery to embellish garments, with the ease and decreasing cost of computerized embroidery machine, it is rapidly falling out of favor. Many quilters and fabric artists now use a process called "thread drawing" (or thread painting) to create embellishments on items.

History

Before computers were affordable, most embroidery was completed by "punching" designs on paper tape that then ran through a mechanical embroidery machine. One error could ruin an entire design, forcing the creator to start over. This is how the term "punching" came to be used in relation to digitizing embroidery designs.

In 1980, Wilcom is thought by many to have introduced the first computer graphics embroidery design system running on a mini-computer. However, old timers often debate this. Melco Industries has been delivering embroidery solutions since 1972. Melco created the first embroidery sample head for use with large Schiffli looms. This sample head became the first computerized embroidery machine marketed to home sewers. The sample head was needed to avoid sewing out the sample for the Schiffli loom and taking up valuable production time. Schiffli looms spanned several feet across and produced, lace, patches and large embroidery patterns. The economic conditions of the Reagan Years, coupled with tax incentives of the day for in-home business, helped propel Melco to the top of the market. Embroidery does well in times of economic recession or downturn. At the Show of the America's in 1980 Melco showed the Digitrac. The original digitized design was produced at 6 times the size it would eventually be sewn out. The Digitrac consisted of a small computer, similar in size to today's Blackberry Devices, mounted on an X and Y axis on a large white board. It sold for $30,000. The original sample head with one needle sold for $10,000 with a 1" paper-tape reader, and 2 fonts. The digitizer would mark common points of the design to create elaborate fill and satin stitch combinations. The success of Melco is the result of an international distribution network formed by Randal Melton. His partner Bill Childs was the creative genius behind the complex programming. Melton was a natural engineer. The two combined their skill to revolutionarize the industry. Melco patented the ability to sew circles with a satin stitch, arched lettering generated from a keyboard. They were able to sew stitches around the competition. An operator would "digitize" the design into the computer using similar techniques to "punching", to create a 1" paper tape, or later to a floppy disk. This design would then be run on the machine. The machine would stitch out the digitized design. Wilcom enhanced this technology in 1982 with the introduction of the first multi-user system that allowed more than one person to be working on a different part of the embroidery process, vastly streamlining production times.

Read more at Wikipedia.org