From Waste to Yarn – Professional manufacturer of cutting, opening & carding machines for textile recycling lines. 

Morinte Waste Fabric Processing Machine is a fully integrated textile waste recycling system specifically designed to convert discarded textiles into high-quality, recyclable fibers. This equipment can handle various hard and soft textile wastes, including cutting waste from garment factories, waste yarns, old clothes, knitted decorative trimmings, denim fabric slices, non-woven fabric residues, and industrial post-processing garments. The production line uses pure mechanical force to crush textile waste into fibrous form, without the need for strong corrosive chemicals, achieving this through efficient mechanical cracking. The complete integrated process flow is: cutting → metal and spark detection → humidity adjustment → fiber cracking → packaging. Each step has been meticulously designed to protect fiber quality, ensure operational safety, and maintain a clean and stable production environment.

The MT rotary cutting machine is engineered for continuous pre-shredding of flexible waste materials in recycling industries. Featuring a rotating cylindrical cutter matched with stationary blades and constant-speed conveyor feeding plus adaptive pressing rollers, it firmly holds materials and delivers steady, uniform cutting without tangling.

This Fabric Waste Chopping Machine is of guillotine type. It adopts inverter-controlled blades for vertical reciprocating shearing to cut materials into fixed-length pieces, delivering uniform and adjustable cutting size. Equipped with a reciprocating shearing mechanism, this cutter uses a low-speed, high-torque motor. Its transmission system adopts a cycloidal reducer with variable-frequency speed regulation.

Textile waste recycling machines are industrial units built specifically to handle discarded textiles—things like cutting waste from garment factories, waste yarn, used clothing, and non-woven. They break these materials down and card them into reusable fibers, making it possible to recycle textile resources. The production line relies mainly on pure mechanical force to reduce textile waste to a fibrous state. The whole process typically goes like this: cutting → metal and spark detection → dust collection (under negative pressure) → moisture conditioning → fiber opening → baling. The recycled fibers produced can be used to make recycled yarn, filling materials, and industrial fabrics, which helps cut raw material costs and supports greener, more sustainable development in the textile industry.

Lab carding machine is one of the small-scale spinning machine series. It has a small footprint, uses variable frequency control, and is easy to operate and adjust. It is suitable for rapid spinning experiments with a small amount of raw materials and is highly suitable for use in schools, research institutions and R&D centers. After the raw cotton is loosened by the loosening machine and mixed, it is fed into the combing machine for further loosening, mixing, and combing of the cotton layer and removal of impurities, which are then gathered into certain specifications of cotton strips and wound onto the bobbin for use in the next process.

In the spinning process, the carding machine is the core equipment that opens fiber tufts into individual fibers, removes impurities and neps, and forms a uniform sliver. Its performance directly determines the quality foundation of all subsequent processes and influences the efficiency and cost of the entire production line. The carding machine performs four core tasks: carding, cleaning, mixing, and sliver formation.

The HRF-HC16B/17B high-yield combing machine is specifically designed for pure cotton, chemical fibers, recycled yarns, and waste cotton recycling for spinning. With a working width of 1280mm, it has a maximum output of 200 kg/h and a maximum yarn-out speed of 400 m/min. It is suitable for large-scale spinning and recycled fiber production lines. This machine is equipped with a 3-meter effective combing area, 40 working rotating covers and front and rear fixed covers, a combing section with hooks, and multiple sets of cleaning devices. It can fully loosen fibers and efficiently remove impurities and short fibers. An integrated 4-in-1 intelligent self-adjusting and straightening system is built-in to real-time correct the deviation of the cotton layer thickness, reducing problems such as unevenness of the roving, poor yarn quality, and broken yarns.

A186 carding machine is mainly used to carding cashmere, sheep wool, yak hair, camel hair, alpaca wool and other animal fibers. After gradual opening and carding, the dust,coarse wool, dandruff can be removed absolutely. Then the chopper stripped for application of next working procedure. The machine is widely used in carding industry, with outstanding effect, and can be combined with many machines. It is an essential product of combined carding machines This kind of carding machines is a best equipment to remove dandruff. As well as a perfect machine for wool mixing or extract the short cashmere from the litter.It can also used to combined with opening machine, cross lapper etc. to used for quilt making line, or after recycling line which used to carding the recycled fiber and un-opened threads, it can help to improve the fiber quality better.

Rags opening machine uses high-speed wire rollers combined with wear-resistant metal card clothing to mechanically tear and pneumatically separate various materials—including garment scraps, denim, knitted waste, waste yarns, and industrial fabric scraps—into reusable fibers suitable for downstream cleaning, combing, and spinning processes. During the opening process, airflow and centrifugal force remove dust, short fibers, and impurities, reducing contamination load on downstream equipment and extending the service life of the card clothing. Standard features include overload protection and safety interlocks, with optional integration of metal and spark detection systems to ensure comprehensive safety protection.

Lots of pineapple leaves left in farm fields are regarded as waste, yet they contain abundant, premium slender fibers. Compared with cotton fibers, pineapple leaf fibers are tougher. They take dye better than regenerated fibers, and the fabrics woven from them have superior air permeability. Widely favored by the high-end textile market, pineapple leaves are known as the “plant gold” of the textile industry. Pineapple Leaf Opening Machine is the equipment that transforms pineapple leaves into this valuable plant gold. Fitted with three sizes of spiked rollers: 600, 400 and 250,it can open the leaf into fiber for yarn making, completing the value transformation of pineapple leaves.

Designed specifically for polyester fabric and hard textile waste recycling, this advanced multi-stage recycling line includes opening machines, cyclone feeding boxes, multi-roller recycling units (MKS600 + MKS400 + 12-roller MSL250 configuration), It efficiently processes polyester waste into high-quality recycled fiber suitable for spinning and various industrial applications.

Hard Waste Recycling Machine Line Specifically engineered to process rigid textile waste—including knitted trim, waste yarn, denim cuttings, nonwoven leftovers, and post-industrial garments—this system employs a fully integrated process of "Cutting → Metal & Spark Detection → Dust Collection (Negative Pressure) → Moisture Conditioning → Fiber Opening → Baling" to convert a wide variety of textile waste into high-quality, spinnable recycled fibers. These regenerated fibers are reintroduced directly into spinning or nonwoven production lines, enabling a closed-loop, zero-waste manufacturing ecosystem. It is more than a compliance tool—it is a strategic asset that empowers textile manufacturers to build low-carbon supply chains, enhance ESG credentials, and command premium pricing in global markets.