Manual cloth wringer

Laundry remains a persistent challenge for students living in hostels where access to washing machines and dryers is limited and electricity supply may be unreliable. Handwashing often leaves garments excessively damp, resulting in prolonged drying times and additional inconvenience. To address this issue, a Manual Cloth Wringer was developed as a low-cost and portable device designed to remove excess water from clothes without relying on electricity. The device was constructed using readily available recycled materials. PVC pipes formed the hand crank while a recycled plastic basket served as the wringer. Assembly was carried out using basic hand tools to ensure that the design remained simple, durable and easy to replicate. In operation, damp clothes were placed inside the basket, secured and manually spun using the PVC crank. The centrifugal force generated expelled water through the perforations, thereby reducing moisture content. Experimental testing demonstrated that the wringer removed a substantial proportion of excess water, enabling faster drying and requiring less physical effort compared to manual wringing. Overall, the device provides a practical, sustainable and affordable solution for students and individuals in resource-constrained environments, enhancing convenience while promoting the reuse of recycled materials.