1、 Product classification and main structure
As a commonly used production equipment in the textile, clothing, and home textile industries, the fully automatic fabric laying machine forms a diversified classification system based on fabric adaptability, operation mode, and functional configuration. It mainly constructs a design centered around operation stability and fabric adaptability:
Classified by fabric type:
Specialized weaving type: suitable for rigid fabrics such as woven fabric, denim fabric, non-woven fabric, etc., with a conventional laying speed range of 60-100m/min and a laying width covering common specifications of 1600-3100mm, suitable for large-scale mass production scenarios;
Knitted specific type: designed for easily stretchable fabrics such as knitted fabrics and elastic fabrics, equipped with a tension-free laying system that releases fabric tension through a pre loosening device to avoid deformation and shrinkage during the laying process;
Universal adaptation type: compatible with various fabrics such as woven and knitted fabrics, equipped with adjustable spreading devices that can adjust spreading parameters according to fabric characteristics, suitable for multi category production needs.
Classified by homework function:
Basic laying type: equipped with basic functions such as one-way/back and forth laying, automatic edge alignment, and tail sensing shutdown, meeting the needs of conventional laying operations;
Integrated functional type: Some models are equipped with cutting devices and label printing functions, which can achieve integrated operations of laying, cutting, and labeling, and are suitable for process oriented production scenarios;
Intelligent adaptation type: equipped with PLC control system and LCD touch panel, supporting parameter preset and real-time display of operation status. Some models have auxiliary functions such as automatic origin reset and no fabric shutdown.
Main structure:
Basic components: including rack, feeding device, guiding mechanism, cutting device, adopting modular design for easy disassembly and maintenance;
Main system: The tension control system can adjust the tension parameters according to the characteristics of the fabric, and the electric eye automatic edge alignment device ensures the alignment of the fabric edge; The safety protection device includes a fully enclosed protective cover, emergency stop steel cables on both sides of the cutting bed, safety light curtains, etc;
Auxiliary configuration: Some models are equipped with automatic fabric pre loosening devices and fabric folding devices. The roll diameter is usually adapted to 500mm specifications, and the roll weight can usually carry 80kg.
2、 Technical characteristics and compliance standards
The production and use of fully automatic fabric laying machines must comply with multiple national and industry standards, with a focus on safety adaptation and operational specifications
Compliance requirements: The product must comply with the industry standard QB/T 4394-2012 "Clothing Machinery Automatic Laying Machine", covering terminology definitions, classifications, technical requirements, test methods, and other specifications; The safety design shall comply with GB 16754-2008 "Principles for Emergency Stop Design of Mechanical Safety" and GB/T 15706-2012 "Basic Requirements for Safety of Industrial Machinery";
Homework parameters: The normal range of laying speed is 60-96m/min, and the laying width is divided into various specifications such as 1600mm, 1900mm, 2100mm according to different machine models. The laying height is commonly 230mm for single pull mode and 160mm for double pull mode;
Safety features: During operation, noise and vibration should be controlled within the normal range of industrial equipment. The average illuminance in the work area should not be less than 300lux, and the illuminance at key operating points should not be less than 500lux; Equipped with safety interlock mechanism, the equipment cannot be started or automatically shut down when the protective device fails;
Environmental requirements: Some models have a five minute automatic shutdown function without operation to reduce energy consumption; The painting and electroplating processes must comply with relevant standards such as QB/T 2528-2001 and QB/T 1572-1992 to reduce environmental impact.
3、 Application scenarios and selection logic
The selection of a fully automatic fabric laying machine should be based on the type of fabric, production scale, and operational requirements to form a targeted application plan:
Clothing production scenario:
Production of knitted elastic fabrics such as underwear and swimwear, with the option of using tension-free fabric laying machines to avoid fabric stretching and deformation; Production of woven fabrics such as suits and denim clothing, compatible with conventional fabric laying machines. For some large-scale production, equipment with integrated cutting knife function can be selected to adapt to the operation process;
For small-scale and multi category production scenarios, universal compatible models can be considered to meet various fabric laying needs.
Home textile production scenario:
Production of wide width fabrics such as bedding and curtains, with the option to choose models with a fabric width of 2600mm or more, suitable for large-scale fabric operations; For the production of home textile accessories such as non-woven fabrics, specialized weaving machines can be selected to adapt to the laying characteristics of rigid fabrics.
Luggage and other scenes:
Production of luggage fabrics and automotive interior fabrics, selecting models with corresponding fabric laying heights based on fabric thickness. For some thick material production, equipment with pre loosening function can be used;
In special demand scenarios (such as multi-color fabric grid to strip), models equipped with corresponding edge matching devices can be selected to ensure the alignment of the fabric.
Selection key points: match the adaptability of the machine model based on the characteristics of the fabric (rigidity/elasticity, thickness, width); Determine functional configuration based on production scale to avoid excessive pursuit of complex functions leading to increased costs; The work environment needs to meet the space and power requirements for equipment operation, and reserve maintenance and operation space.
4、 Industry Status and Development Trends
The fully automatic fabric laying machine industry in China is steadily developing under the drive of textile industry upgrading and intelligent transformation, presenting structured development characteristics:
Market size: In 2024, the Chinese market size will reach 5.459 billion yuan, the global market size will be 21.836 billion yuan, and it is expected that the global market size will reach 30.83 billion yuan by 2030. The applications in the clothing and home textile fields account for a relatively high proportion, corresponding to the main market share of terminal demand;
Competitive landscape: Market participants include multiple domestic and foreign brands, with domestic enterprises occupying a certain share in the mid-range market. The localization process of major components is gradually advancing, and product adaptability meets local production needs; International brands have a certain layout in specific application scenarios, focusing on special fabric processing and intelligent technology integration;
Technological trend: Three major directions continue to adjust - intelligent upgrading, deepening integration of PLC control system and IoT technology, and remote monitoring and adjustment of operating parameters for some models; Integration of functions, increasing the proportion of integrated equipment for laying, cutting, and labeling, and adapting to flexible production needs; Green development, increasing number of energy-saving models, and low-noise and low-energy design have become the direction of product research and development;
Market expansion: The domestic market is sinking towards the textile industry cluster in the central and western regions, accompanied by industrial transfer driving equipment procurement demand; Overseas markets focus on textile industry development regions such as Southeast Asia and South Asia, and exported products must comply with local safety and environmental standards.
The industry development focuses on product adaptability adjustment and compliant production, and technological iteration meets the scale and flexible production needs of downstream industries. In the future, it will further promote the efficiency adjustment and quality stability of the textile industry chain.
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