Woven bag cutting, sewing, printing and collecting integrated machine
Compared to traditional decentralized production equipment, this product boasts core advantages of "integration, high precision, and high intelligence," providing comprehensive support for enterprises to reduce costs and increase efficiency.
1. Full-process integration, doubled efficiency: The equipment seamlessly connects the four major processes of cutting, overlock sewing, graphic printing, and finished product winding/stacking, eliminating redundant links such as material transfer, job change operation, and equipment debugging in traditional production. A single production line can replace 3-5 traditional single machines, increasing production efficiency by more than 60%, effectively solving the industry pain points of "fragmented processes and long time consumption" in woven bag production.
2. Precise Control, Stable Quality: Equipped with a servo drive system and a high-precision photoelectric positioning module, the cutting length error is controlled within ±1mm. Sewing stitches are smooth and even, with automatic alarm for thread breakage. Printing utilizes flexographic/letterpress printing technology, resulting in high image clarity, precise registration, and color fastness meeting industry standards. The equipment is equipped with an intelligent detection device that can identify substrate defects, cutting deviations, and other issues in real time, automatically stopping and controlling the machine to ensure product consistency.
3. Intelligent Operation, Convenient and Worry-Free: Utilizing a 7-inch touchscreen control panel with built-in templates for various commonly used bag types, operators only need to input parameters such as cutting length, printing pattern, and sewing specifications to start production. Even beginners can quickly get started. The equipment supports self-diagnosis, displaying the fault location and solution intuitively on the screen, reducing equipment maintenance difficulty. It also features a remote communication interface, enabling real-time uploading and remote monitoring of production data, facilitating digital management for enterprises.
4. Energy saving and cost optimization: The use of low-power motors and intelligent energy-saving control systems reduces energy consumption by more than 20% compared to traditional equipment; the integrated design reduces the equipment footprint by 30%, saving workshop space; the printing process adopts an environmentally friendly ink recycling system, which increases ink utilization by 15%, reduces material waste and environmental pollution, and reduces operating costs for enterprises throughout the entire production cycle.
Product Introduction of Woven Bag Cutting, Sewing, Printing and Collecting Integrated Machine
I. Product Overview
The woven bag cutting, sewing, printing, and collecting machine is an integrated intelligent device specifically designed for the production of flexible packaging products such as plastic woven bags and composite woven bags. By integrating four core functions—cutting, sewing, printing, and collecting—it breaks away from the traditional multi-machine, decentralized operation model in woven bag production, achieving fully automated operation from raw material rolls to finished bags. This equipment is widely compatible with various woven bag substrates such as polypropylene (PP) and polyethylene (PE), and supports customized production of various bag types, including flat bags, square bottom bags, and valve bags. It meets the packaging needs of multiple industries such as grain, chemicals, building materials, feed, and fertilizer, and is a core piece of equipment for improving woven bag production efficiency and product quality.

II. Core Product Advantages
Compared to traditional decentralized production equipment, this product boasts core advantages of "integration, high precision, and high intelligence," providing comprehensive support for enterprises to reduce costs and increase efficiency.
1. Full-process integration, doubled efficiency: The equipment seamlessly connects the four major processes of cutting, overlock sewing, graphic printing, and finished product winding/stacking, eliminating redundant links such as material transfer, job change operation, and equipment debugging in traditional production. A single production line can replace 3-5 traditional single machines, increasing production efficiency by more than 60%, effectively solving the industry pain points of "fragmented processes and long time consumption" in woven bag production.
2. Precise Control, Stable Quality: Equipped with a servo drive system and a high-precision photoelectric positioning module, the cutting length error is controlled within ±1mm. Sewing stitches are smooth and even, with automatic alarm for thread breakage. Printing utilizes flexographic/letterpress printing technology, resulting in high image clarity, precise registration, and color fastness meeting industry standards. The equipment is equipped with an intelligent detection device that can identify substrate defects, cutting deviations, and other issues in real time, automatically stopping and controlling the machine to ensure product consistency.
3. Intelligent Operation, Convenient and Worry-Free: Utilizing a 7-inch touchscreen control panel with built-in templates for various commonly used bag types, operators only need to input parameters such as cutting length, printing pattern, and sewing specifications to start production. Even beginners can quickly get started. The equipment supports self-diagnosis, displaying the fault location and solution intuitively on the screen, reducing equipment maintenance difficulty. It also features a remote communication interface, enabling real-time uploading and remote monitoring of production data, facilitating digital management for enterprises.
4. Energy saving and cost optimization: The use of low-power motors and intelligent energy-saving control systems reduces energy consumption by more than 20% compared to traditional equipment; the integrated design reduces the equipment footprint by 30%, saving workshop space; the printing process adopts an environmentally friendly ink recycling system, which increases ink utilization by 15%, reduces material waste and environmental pollution, and reduces operating costs for enterprises throughout the entire production cycle.
III. Product Applications and Adaptation Scenarios
With its flexible adaptability, this product can meet the personalized production needs of different industries: In the grain processing industry, it can produce moisture-proof woven bags for wheat, corn, and rice, supporting the printing of information such as origin and weight; in the chemical industry, it is compatible with acid and alkali resistant woven bag substrates, with excellent sewing and sealing performance to prevent material leakage; in the building materials industry, it can customize high-strength cement woven bags, with cutting precision ensuring the bag shape is regular and easy to stack and transport; it can also be used for feed bags, fertilizer bags, express logistics packaging bags, etc., supporting single-color to four-color printing to meet the printing needs of brand logos, product information, etc.
4. Service guarantee
We provide comprehensive service support to our equipment purchasers: free equipment installation, commissioning, and operation training to ensure staff are proficient in equipment use; maintenance services and spare parts supply for core equipment components with fast response times; and customized equipment modification solutions based on customer production needs to help companies upgrade their production.
With its core advantages of "high efficiency, precision, and intelligence," the woven bag cutting, sewing, printing, and receiving integrated machine redefines the woven bag production model. It is an ideal choice for small and medium-sized packaging enterprises to improve production capacity and optimize quality, and it is also a core piece of equipment for large-scale production bases to achieve large-scale and automated production.





