Start here
How Textile Machines Powered the Industrial Revolution
How spinning and weaving machines of the 1700s turned a cottage craft into factory production, and why cloth became the first great industrial product.
Tools and Industry
Textile Machinery
Spinning, weaving and knitting machines that drove early industry.
Nylon and the Rise of Synthetic Fibers
How chemists created nylon and polyester in the 1930s and 1940s, and why fibers made from chemicals came to rival cotton, wool and silk in everyday clothing.
Synthetic Dyes and the Mauve Discovery
How a teenage chemist's failed attempt to make quinine in 1856 produced mauve, and how coal tar chemistry went on to replace plant and insect dyes.
The Flying Shuttle and Faster Weaving
How John Kay's 1733 flying shuttle let one weaver produce wide cloth quickly, how the mechanism worked, and why it set off pressure for faster spinning.
The Jacquard Loom and Punched Cards
How the Jacquard loom used chains of punched cards to weave complex patterns automatically, and why the idea later influenced early computing.
The Power Loom and Factory Weaving
How weaving moved from hand looms to water and steam driven power looms in the late 1700s and early 1800s, and the economic hardship and protests that followed.
The Spinning Jenny and Multi-Spindle Spinning
How James Hargreaves' hand-driven spinning jenny let one worker spin many threads at once in the 1760s, and why its yarn suited weft more than warp.
The Spinning Mule and Fine Yarn
How Samuel Crompton's spinning mule of 1779 combined the jenny and water frame to make fine, strong cotton yarn, and how it grew into the self-acting mule.
The Water Frame and the Early Cotton Mills
How Richard Arkwright's water frame brought powered spinning to mills like Cromford in the 1770s, and the mill villages and labor systems built around it.
Related topics
More in tools and industry
Light and Radiation Bulbs, LEDs, lasers and radiation detectors. Ancient Engineering Wheels, mills, sewers and an ancient geared computer. Electric Machines and Batteries Motors, power tools, batteries and powered personal devices. Advanced Materials and Biochips Graphene and miniature biological chips from lab discovery toward products. 3D Printing and Scanning Additive manufacturing and 3D measuring, from first machines to metal and aerospace parts. Robotics From clockwork automata to the first factory robot arms. Farm Tools and Agriculture How plows, harvesters and seed tools changed how people grow food. Metallurgy and Metalworking How people smelted, alloyed and shaped metals across the ages. Clocks and Timekeeping Devices that measured hours, from shadows to atomic frequencies.