Other meanings of Factory system
Industrial Revolution
The factory system is a method of manufacturing that uses machinery and division of labor, typically in a centralized facility. It emerged during the Industrial Revolution, replacing the putting-out system and transforming production from skilled handwork to mechanized, large-scale output.1
The factory system arose in Britain in the late 18th century, pioneered by entrepreneurs such as Richard Arkwright, whose Cromford Mill (1771) is often cited as the first successful water-powered cotton spinning factory.2 It consolidated production under one roof, using machinery and a disciplined workforce, unlike the earlier putting-out system where workers operated in their homes. The system spread rapidly across textiles, then to iron, pottery, and other industries, becoming the dominant mode of production by the mid-19th century.
The factory system is characterized by centralization of production, use of power-driven machinery, and a detailed division of labor. Workers performed repetitive tasks, overseen by managers, with strict discipline and fixed hours. This enabled economies of scale, lower costs, and higher output, but also led to harsh working conditions, child labor, and the rise of industrial capitalism. The system also spurred technological innovation, such as the steam engine, which further mechanized production.
The factory system transformed society, fueling urbanization as workers migrated to factory towns. It created a new working class and altered family dynamics, as women and children were employed in large numbers. It also contributed to the growth of international trade and the British Empire's economic dominance. However, it sparked labor movements and reforms, such as the Factory Acts, which regulated working hours and conditions.3 The system's legacy persists in modern manufacturing, though it has evolved with automation and globalization.
Beyond the well-known textile mills, the factory system included lesser-known innovations like the use of water power in rural areas, which led to the establishment of mill villages. The system also influenced architecture, with the development of fireproof mills using cast-iron columns. Notably, the factory system was not universally adopted; some industries, like watchmaking, retained craft production due to the need for precision. Additionally, the system had environmental impacts, such as pollution from coal-powered steam engines, which were early contributors to air pollution in industrial cities. The role of female entrepreneurs, like Elizabeth Strutt, who managed factories, is often overlooked.
The factory system is a cornerstone of modern industrial society, shaping economic and social structures for over two centuries.
Help improve the encyclopedia. Reports go straight to the site manager.