Pamuk atığı giysi kesme makinesi

Cotton waste clothing primarily comes from scraps, defective products, and discarded cotton clothing from the textile production process. Directly discarding these materials not only consumes significant land resources but also produces hazardous gases from incineration. However, cotton fiber is biodegradable and easily recyclable. After specialized processing, it can be remade into recycled yarn, industrial fabrics, or environmentally friendly filling materials, effectively recycling resources.

A cotton waste clothing cutting machine is an automated device specifically designed to process used cotton textile waste. It efficiently and accurately cuts large pieces of waste into pieces suitable for subsequent processing. This modular design typically includes a feed conveyor, an intelligent sorting system, a multi-head cutting device, and a finished product collection module. Some high-end models also feature AI visual recognition technology to automatically distinguish between different materials and colors, ensuring fiber purity after cutting.

The cotton waste clothing cutting machine operates in four main steps. First, after preliminary cleaning, the waste is fed into the feed inlet and transported by a conveyor belt to the sorting area. The sorting system then automatically detects and separates non-cotton components, such as metal buttons or synthetic fibers. Next, a high-speed rotating cutting blade shreds the cotton waste evenly, with the fragment size adjustable to meet your needs. Finally, the processed cotton fibers are compressed and packaged for transport to the recycling textile factory for further processing.

Economically, this equipment significantly reduces waste disposal costs while increasing the value of recycled cotton, creating new profit growth points for the company. Environmentally, mechanized recycling reduces pollution from landfill and incineration, saving approximately 80% of water resources and 50% of energy consumption per ton of recycled cotton. Furthermore, this technology effectively promotes a circular economy model in the textile industry, providing a viable technical path to achieving the "dual carbon" goals.