A power loom is a mechanized loom that automates the weaving of cloth using mechanical power rather than manual effort, interlacing warp and weft threads through cams, gears, levers and pulleys, and it dramatically increased the speed and scale of textile production during the Industrial Revolution. The English clergyman Edmund Cartwright is credited with beginning its development, patenting a design in 1785 that was initially crude and required a hand crank; by 1787 he had built improved versions powered first by water and then by steam, and although Cartwright's own machines were not commercially successful because they had to be stopped to dress the warp, later inventors refined his design over the following decades until power looms became reliable and were widely adopted across Europe and North America by the early 19th century, sharply reducing demand for skilled hand weavers.
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Patent or First-Use DateSourced to the subject's own account YearSourced to the subject's own account SignificanceSourced to the subject's own accountMechanized weaving on the power loom sharply increased textile production efficiency and helped drive the rise of large factory-based weaving during the Industrial Revolution. 1 FAQs
How did Cartwright's power loom become practical for factory use?
Horrocks and other inventors improved Cartwright's design in the early 1800s.
Edmund Cartwright's 1785 loom was not the end of the story. In 1802 the English cotton manufacturer William Horrocks of Stockport patented an improved power loom with a better way to wind the woven cloth onto a rear beam. Early in the nineteenth century a large number of English factory owners began to use Cartwright's power loom after it had been modified with basic design improvements from Horrocks and other inventors.
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Source Power Loom (Wikipedia)
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1. Power Loom (Wikipedia)
WikipediaLead section
The mechanization of weaving dramatically increased production efficiency, contributing to the rise of large-scale textile factories during the Industrial Revolution.
- In Group: Weaving Machinery, lead
In Field: Textile Engineering, Categories
Textile machinery
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