The picked cotton (kapas) is fed into the machine through a lattice. The cotton comes into contact with the knife roller, which has several knife discs on its surface and runs at 250-300 rpm. This knife cuts the fibers from the seed surface, and the doctor knife processes the loosened fibers to the surface of the leather roller, which rotates at 120-150 rpm. The separated fibers follow the path of the leather roller and are collected at the delivery end. The distance between the two rollers should be one-third the diameter of the largest seed. This type of gin is suitable for Indian and Pakistani cotton.

The cotton (kapas) is fed to the action of a leather roller rotating at 150 rpm. The rough surface of this roller loosens the fibers from the seed surface. The beater blade, moving up and down, cuts the loosened fibers. The doctor knife presses the separated fibers onto the leather roller, and finally, the fibers are collected at the delivery end.

The cotton (kapas) is fed onto the feed lattice and then to the action of a spiked roller, which loosens the fibers from the seed and throws them onto the saw-toothed roller. The saw-toothed roller completely separates the fibers, which are then stripped by the brush roller. The suction created by the fan draws the fibers through the passage, and finally, the fibers are delivered in sheet form.

Cotton (kapas) Hydraulic Baling Press Machine is specialized industrial equipment designed to compress cotton bales into dense, uniform shapes for storage, transportation, and processing purposes. These machines utilize hydraulic pressure to compact loose cotton fibers into tightly bound bales, ensuring efficient handling and storage of cotton materials. The primary function of a Cotton Hydraulic Baling Press Machine is to increase the density of cotton bales, thereby optimizing storage space and facilitating easier handling and transportation within the cotton industry supply chain. These machines play a crucial role in streamlining cotton processing operations, enhancing productivity, and reducing labor costs associated with manual baling methods.