Product Specification

Fabric waste cutting machine

     Fabric Waste Cutting Machine (also known as a rag cutting machine or fiber cutting machine) is an industrial device specifically designed to cut waste fabrics, garment trimmings, chemical fiber waste yarns, and similar materials into uniform small sections or fragments. Its primary purpose is to prepare these materials for subsequent recycling processes (such as opening, granulation, or re-spinning) This type of equipment is widely used in textile and garment factories, non-woven fabric plants, recycling centers, and composite material production facilities.

Application Areas

1,Textile and Apparel Industry: Processing offcuts from cutting workshops and defective garments to enable in-plant waste recycling.

2,Resource Recycling Industry: Professional recycling centers use these machines for primary processing of various post-consumer textile waste.

3,Composite Materials Industry: Cutting fiberglass, carbon fiber, and similar materials into chopped fibers for use in reinforced plastics, papermaking, coatings, and other fields.

4,Nonwoven Industry: Processing nonwoven fabric waste for re-opening into fibers.

In summary, the Fabric Waste Cutting Machine is an indispensable component of modern textile waste recycling systems. Its core value lies in standardizing and homogenizing杂乱无章的 waste materials, paving the way for resource reuse.

Working Principle

 The core workflow of this equipment is: Conveying → Pressing → Cutting → Discharging.

1,Automatic Feeding: Materials are fed into the cutting area via a conveyor belt.,

2,Pressing and Arranging: The (press roller device) at the feed inlet presses flat and arranges the loose, tangled waste materials, preventing slipping or tangling and ensuring a neat cross-section during cutting.

3,Continuous Cutting: This is the most critical step.

4,Mainstream Technology: Currently, advanced equipment mostly adopts a rotary blade design. The moving blade (rotating cutter roller) works in conjunction with the stationary blade to create a continuous, high-speed shearing action, rather than the reciprocating motion of a guillotine cutter.

5,Shearing Advantages: This design delivers clean, efficient cutting and effectively avoids the problem of fibers wrapping around the cutter shaft.

6,Automatic Discharging: The shredded materials are automatically discharged via an output conveyor belt or a blower fan, making collection and baling convenient.

7,Technical Insight: Traditional equipment uses a "guillotine-style" reciprocating shearing action, which is inefficient and prone to material jamming. Currently, mainstream models on the market generally adopt a "rotary blade" design, achieving high-speed continuous cutting through the close cooperation between the moving and stationary blades.

Main Features and Advantages

1,High Cutting Precision: The cutting length is uniform and adjustable, with some machines achieving precision up to ±0.1mm.

2,High Efficiency: Continuous operation significantly improves efficiency compared to manual chopping, saving labor costs.,

3,Anti-Tangling Design: Addressing the common issue of fiber materials tangling, the design incorporates press rollers and a rotary blade to effectively prevent malfunctions.

4,Durable and Stable: Key components such as the blades are made of alloy steel. The overall machine structure is robust, making maintenance convenient.

5,High Degree of Automation: Optional features include automatic feeding, variable frequency speed control, and PLC control, making operation simple and easy.