{"id":11605,"date":"2023-12-10T02:30:13","date_gmt":"2023-12-10T01:30:13","guid":{"rendered":"https:\/\/www.sewingfaq.com\/?p=11605"},"modified":"2023-12-10T02:30:13","modified_gmt":"2023-12-10T01:30:13","slug":"when-was-the-electric-sewing-machine-invented","status":"publish","type":"post","link":"https:\/\/www.sewingfaq.com\/when-was-the-electric-sewing-machine-invented\/","title":{"rendered":"When Was The Electric Sewing Machine Invented"},"content":{"rendered":"
\n

The electric sewing machine was invented in 1889 by American inventor and entrepreneur, Singer. It revolutionized the ability to do various sewing jobs, such as making clothing and sewing on buttons, in a fraction of the time and energy previously required when working with the manual hand-crank model. But how did it all start? <\/p>\n

It all began when Elias Howe developed the first sewing machine in 1846. The invention was revolutionary in its ability to use an eyelet and a shuttle to create a continuous interlocking stitch that was greatly superior to the hand-sewn stitch. A few short years later, an inventor from England, Isaac Merritt Singer, developed a machine that could sew faster and more accurately than Elias Howe’s machine. His is the model that’s widely credited as the first practical electric sewing machine. <\/p>\n

Elias Howe’s original patent lapsed in 1855, allowing copycat designs and further developments to emerge. The first electric sewing machine was introduced in 1889 by the Domestic Sewing Machine Company. By 1889, a US patent had been issued pertaining to an electric motor-driven sewing machine. The challenge was that the energy supplied by the available electricity supply motors failed to keep up with the machine’s requirements. Singer tackled the problem and eventually overcome it, successfully powering the electric sewing machine by supplying it with an improved, high-powered electric motor. <\/p>\n

The powerful electric motor allowed the Singer machine to offer a much faster and more efficient sewing experience compared to the existing mechanical, hand-cranked versions. Powered by a 110-120 Volt AC motor, the electric machine could sew a straight or curved stitch up to 400 times faster than a traditional, hand-cranked machines. Depending on the model, the electric Singer machines could produce up to 1,000 stitches per minute. <\/p>\n