Saree weaver with no engineering degree invented machine replacing 9,000 hand movements
Chintakindi Mallesham, a self-taught innovator from Telangana, developed a machine to automate the labor-intensive 'Asu' process in saree weaving. His invention replaces 9,000 manual movements, significantly reducing the physical strain on weavers and improving production efficiency.
Why it matters
This story highlights the impact of grassroots innovation and appropriate technology in improving the lives and livelihoods of traditional artisans.
It all started when Chintakindi Mallesham’s mother said “I can’t weave anymore. My hands have worn out.” A saree may take pride of place in a wardrobe, but for the woman who helps make it, the beauty of the finished six-yard fabric can come after hours of repetitive, physically exhausting work. “For one saree, a 12km thread is wound nearly 9000 times.”For Chintakindi Mallesham, that reality was impossible to ignore. He had grown up in a family of handloom weavers in Sharjipet, Telangana, watching his mother Laxmi work on a painstaking process called Asu, an essential step in preparing yarn for the traditional Pochampalli tie-and-dye saree.What his mother said to him that day stayed with him- that eventually led a young man with little formal education and no engineering training to build a machine that would change the way thousands of weavers approached one of the most laborious stages of…
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