Overview Of Technological Progress In China's Textile And Garment Industry

Over the past ten years, the textile industry has made good progress in the pformation of traditional industries by applying new and advanced technology and advanced technology, with fabric as the breakthrough point. It has effectively promoted the technological progress and the upgrading of the industrial level of the textile industry.

However, as the process of economic globalization is accelerating, the competition in textile industry is becoming more and more serious. China's textile industry must maintain its advantages in a more competitive environment, so it can not just stay on the strength of labor costs and textile quantity advantages. The key is to further improve the level of textile technology, rely on technological innovation to increase the technological content and added value of products, and enhance the competitiveness of China's textile industry in an all-round way.

To this end, the textile industry science and Technology Development Center organized various professional associations and relevant experts to analyze and study the current situation and existing problems of the industry, and put forward four key aspects and 25 key technologies to be solved urgently in the textile industry. The solution of these key technologies will greatly promote the technological progress and development of the industry.

1. New textile materials and advanced processing technology

New materials are one of the most important high-tech today. The application of new textile materials not only greatly changes people's lives, but also promotes the rapid development of social economy.

The development of international textile materials is mainly based on the research and development of high-performance fibers, functional fibers, new fibers that meet sustainable development and new materials.

High performance fibers have high strength, high modulus, high temperature resistance, strong corrosion resistance and fire resistance. They are widely used in pportation, water conservancy, military, health, construction, communication, environmental protection and other fields.

Functional fiber has the characteristics of antistatic, flame retardant, high moisture absorption, antibacterial, deodorant and UV protection. It is the basis for producing high added value and high grade textiles.

The production of conventional chemical fiber products is based on large capacity, high efficiency, high-speed, continuous and network information monitoring, so as to achieve efficient and low-cost production.

Industrial fiber will become an important raw material for manufacturing industry in the future.

Industrial fiber has been widely used as a substitute for metals, plastics, paper and asbestos.

With the development trend of light weight, high performance, diversification and beauty of industrial materials, the use of industrial fibers has been increasingly widespread, and the market demand has been expanding. For example, the proportion of industrial fiber used in the United States, Japan and the European Union has reached 2/3 in the whole fiber production sector.

China's industrial fiber consumption and market trade will increase by more than 10% every year in the next 10 years.

The following 10 key technologies should be developed and studied.

1. Industrialization research and development of carbon fiber, aramid fiber, polysulfonamide fiber, new generation ultra high strength high modulus polyethylene and vinylon fiber.

Many developed countries such as carbon fiber and aramid fiber have already been industrialized, but our country is still in the small and pilot stage, and it is urgent to carry out industrialization development and application.

We should invest more in developing polysulfonamide, which has a certain foundation in China, and form an industrial production line with an annual output of 500 tons.

Pre - study and technical storage of polyphenylene bis - oxazole (PBO) fibers with excellent performance and wide application will be carried out.

At the same time, we should further study the application technology of the new generation of ultra high strength, high film polyethylene and K series vinylon, which has been built in China, and improve the product level and achieve industrial upgrading.

2, new type of polyester diversified technology PTT, PEN, CO-PET and other industrial R & D

Since the beginning of the new century, the development of new polyester technology in the world has been developing rapidly. Significant progress has been made in the industrialization development of the new varieties of polyester family represented by PTT.

PTT (polybutylene terephthalate) is dyed, elastic, crisp, dry, easy to process, strong anti fouling, and has the characteristics of polyester, nylon and some spandex fibers. It can be used not only in fabrics, carpets, nonwovens, but also in new type of tree fat materials such as film and plastics, and has broad prospects for development. PEN (polyethylene dicarboxylic acid glycol ester) has good pparency and barrier properties, which is conducive to the development of polyester in high performance non fiber fields such as beer bottles. CO-PET is mainly used for the production of island fibers, and is a priority variety in modified PET.

3, degradable PLA (PLA fiber) and Lyocell (new solvent cellulose fiber) fiber and products industrialization research and development

LA is a kind of completely biodegradable polymer. It is a new type of fiber material developed on the basis of raw materials such as corn starch and other natural resources. It has the advantages of glossy, beautiful, comfortable, durable, slippery, fast drying, especially its superior biodegradability and applicability. It has attracted worldwide attention, and the US, Europe, Japan and Taiwan are all doing research on industrialization.

Loycell is a new generation of cellulose fiber produced by new solvent and innocuous process. It has both the properties of man fiber and synthetic fiber. There are many achievements in product application and development in China, but it is badly in need of development in large scale production of fiber industry.

4, soybean protein serialized fiber and product development technology

Soybean protein fiber is a plant protein modified fiber which has been successfully developed and developed in China for the first time in the world.

The fiber has the advantages of moderate strength, small specific gravity, soft handle, soft luster, good moisture absorption and moisture conductivity, good skin affinity, and obvious bacteriostatic function, and meets the requirements of comfort and health.

At present, a 10000 ton soybean protein fiber processing line has been built in China. Further development of soybean protein fiber products is needed to improve the automatic control level of the equipment. At the same time, we should systematically study the key technologies of spinning, weaving, dyeing and finishing of soybean protein fiber, and develop all kinds of fabrics such as pure spinning, blending and interweaving, so that the industrialization process of soybean protein fiber will enter a new stage.

5, annual production of 600 thousand tons and above new PTA complete set of localization technology and equipment

At present, the PTA gap of polyester raw materials in China is large, the self sufficiency rate is low, and the dependence on the international market has passed through, which seriously restricts the production and development of polyester fiber.

Because of the high technology content, large capital investment and the scale benefit, the PTA PTA plant has been imported from abroad for a long time.

Therefore, it is of great significance to study the industrialization of new PTA complete sets of domestically produced technology and equipment with an annual output of 600 thousand tons or more.

The technology already has a certain foundation. After successful implementation, not only can the investment cost be greatly reduced, but also it is of great significance for promoting the leading development of PTA industry in China, alleviating the raw material gap and enhancing the competitiveness of polyester polyester industrial chain.

6. The development and industrialization of new generation direct spinning polyester microfiber and high efficiency new winding head.

The successful operation of China made grafting polyester filament technology has greatly promoted the rapid development of China's chemical fiber industry. However, the technology development of new technology, new equipment and new varieties of polyester filament has been developing rapidly in the world. We must seize the opportunity to track the latest international technology and accelerate industrial upgrading.

At present, it is necessary to develop new technology of direct spinning filament, which can produce dpf0.3 to 0.5 microfiber technology and new high-speed and efficient winding device.

7. Processing technology and application of high-grade composite nonwovens

The development of China's nonwoven industry is very fast. In 2003, it is expected to reach about 800 thousand tons, of which spunbonded, melt blown, Spunlaced, needle and pulp airnets are developing very fast.

But a single process of nonwovens can no longer meet the requirements of application, and various process combinations make up for the shortage and create many new nonwovens products.

There are many ways to combine nonwovens, such as spunbonded melt blown spunbond (SMS), carding, net spinning, web forming, carding, net forming (CSC), carding, mesh making, melt blown and carding (CMC), carding, mesh making and pulp airflow forming, spunlacing, spunbonding and wood pulp fiber compounding.

Our country has just started in the nonwoven composite technology, so we must speed up the research of this technology.

8. Comprehensive research and development of new medical protective materials

The new medical textile market has a broad market prospect, and the annual demand is over 100 thousand tons. However, the comprehensive performance of the domestic medical protective products is poor, especially the protective performance and comfort performance can not be well balanced, and the comprehensive performance of imported products is better, but the price is high.

Therefore, we must develop and develop protective materials with high barrier, high moisture permeability, good filtration effect and low cost, so as to solve the problem of medical and health system protection in China.

9. Development and application technology of membrane structure materials and new canopy materials

Membrane structure materials and new canopy materials are new materials which have developed rapidly in recent years. The material has good pmittance and can solve the problem of daylighting. Materials with light weight can replace traditional roofing materials. They are especially suitable for the construction of sports venues, warehouses and so on, and can also be widely used in geotechnical, pportation, environmental protection, advertising and other industries.

At present, domestic demand is increasing. It is estimated that the demand for membrane structure materials is more than 1 million meters and 2. The demand for new canopy materials is 10 million meters and 2, while domestic permanent and semi permanent membrane structure materials are basically dependent on imports.

Domestic research on membrane structure materials, coating and finishing equipment, as well as building design and application technology should be carried out in order to meet domestic demand and replace imports.

10. Development and application technology of agricultural nonwovens and chemical fiber net

Agricultural nonwovens and agricultural chemical fiber nets are important industrial textiles. Their market prospects are broad, with annual demand of more than 100 thousand tons.

Agricultural nonwovens mainly include cold and anti freezing materials, sun shading and drought resistant materials, bird pest control materials, grass prevention films, heat preservation and moisture retaining materials, fruit tree protection materials, seedling raising and seeding substrates, etc., which can realize the early maturity, high yield, stable yield, pollution-free and pollution-free cultivation of agricultural and sideline products.

It can replace agricultural thin film, plastic and other materials, and has superior performance and high cost performance.

Agricultural chemical fiber nets mainly include shading nets, insect proof nets and windproof sand fixation nets.

The newly developed silver reflector can effectively reflect strong sunlight, reduce the temperature by 2-3 degrees centigrade, which is favorable for plant growth, and can effectively prevent adult worms from invading and spawning, so that vegetables, fruits and flowers are not contaminated by chemical pesticides.

At present, price factors restrict the popularization and application of new products, and we should further study industrial production technology to reduce costs and expand use.

Two, advanced spinning, weaving, dyeing and finishing technology

The main means of hi-tech pformation of traditional textile industry is to research and adopt new spinning, weaving, printing and dyeing finishing technology and equipment, so as to achieve continuous, automatic and efficient spinning, weaving, dyeing and finishing processes, so that the product variety and quality will take an advantage, and labor productivity will be doubled or even ten times higher, and the production cost will be greatly reduced, thus greatly enhancing the competitiveness of products.

The following 5 key technologies have been developed in the near future:

1, modern cotton textile production technology research

(1) modern cotton spinning technology.

The development and application of the hardware and software of the multi motor independent pmission and control system for single machine such as carding, drawing, roving, spinning, winding and so on are studied. The research and development of online detection and control, single machine automation and process continuous technology, and the centralized monitoring and management technology of spinning equipment, process and quality are also presented.

The stability and reliability of the homemade blowing carding and drawing frame auto leveling system, and the key technology of the connection between the spinning frame and the winder are solved.

New technology of compact spinning.

The new technology of compact spinning aims at improving yarn quality and spinning high count yarn. The new yarn produced by compact spinning technology has high strength, smooth surface and hairiness, and improves yarn and fabric quality.

The introduction of compact spinning equipment is expensive, so we must develop compact spinning machines and devices suitable for domestic enterprises.

The technology has broad prospects for popularization and application.

3. Spinning technology of medium high branch rotor spinning.

20-40 S high spinning rotor spinning yarn can be used as high-grade yarn for knitting and weaving. Its fabric has excellent properties such as smooth and plump cloth, uniform evenness and few defects.

The rotor spinning machine in the production of high count yarn must have a good function of full automation. The key is the research and development of the key components of the spinning box combination components, automatic joint head and tube changing car, the research of online detection and quality control system, and the research on the matching process of the high and medium spinning rotor spinning. According to the different quality requirements of the middle and high count yarn, the best spinning equipment and process parameters are designed to make the spinning achieve the best effect.

4. New technology of high intelligence wide shuttleless loom.

Shuttleless loom is the main equipment for technical pformation of weaving industry in China.

At present, all kinds of high-end models of shuttleless looms are imported from abroad. The market share of domestic shuttleless looms is decreasing and the market share is less than 10% due to the low reliability of products.

Therefore, we should increase product innovation, improve product reliability and variety adaptability, reduce product cost, and speed up the localization process of high-grade shuttleless loom.

Development and development of high intelligence shuttleless looms, mainly to solve the automation level of equipment, improve the speed and variety adaptability of the equipment; develop electronic dobby and electronic jacquard device, wide sizing technology.

2. New technology of wool spinning

(1) cable spinning (Solo-Spun) industrialization technology.

In order to meet the market demand for light woolen fabrics, it is difficult to meet the demand of ultra-thin wool fabrics and reduce the cost of products. In recent years, changing the yarn structure to develop wool spinning technology is a new trend. Cable spinning technology is the development and innovation of the weaving technology of single yarn.

This technology can install cable type spinning device at the output part of the ring spinning frame drafting mechanism. It needs to carry out industrialization research, and further research on spinning technology, operation technology and products.

2. Wool shrink proof machine washable finishing technology.

Wool shrink proof machine washable technology mainly uses chlorination and shrinkage prevention technology, and its shrinkage proof effect is ideal.

China has introduced the top anti shrinking machine and its technology is mature. However, chlorine emissions from the processing process are polluting the environment.

At present, biologic enzymes are being used for shrink proofing at home and abroad. However, the research stage is still in the experimental stage in the aspects of shrink proof effect, enzyme preparation, survival time and processing technology. Further research is needed and industrialization as soon as possible.

3. Spinning technology of rare animal fibers.

Our country is rich in cashmere, rabbit hair and other rare animal fibers. These fibers are known as "soft gold", but because of their short fiber length, they are generally used to produce low count coarse wool yarn.

In order to improve the grade of rare animal fiber products and to adapt to the frivolity of wool fabrics, domestic and foreign efforts have been devoted to the research of the spinning technology of combed high count yarns. There are worsted spinning processes, cotton spinning processes and wool and cotton combined process routes. However, no matter what kind of technology route, their spinning technology is immature and perfect. Further investigation and comprehensive analysis are needed to study the reasonable application process, equipment and spinning technology.

(4) wool refinement and modification technology.

The friability of woolen fabrics is restricted by wool resources. The spinning of high count yarn needs more than 80 fine wool. Only Australia can supply, and the output is not large enough to meet the needs. At the same time, because of the high price of fine wool, the performance / price ratio of products lacks competitive advantage.

The fine wool is made of new physical modification technology, so that the fineness of the fiber can be reduced by 20 to 30% under the condition that the strength is not damaged. The product is light, delicate, smooth and glossy, and has high technical content and high added value.

Wool finishing technology can improve the use value of wool, greatly reduce the cost of raw materials for high and light weight products, meet the requirements of people's frivolous fabric, and achieve the upgrading and sustainable development of wool products.

3. New technology and new technology of hemp spinning

(1) new technology for degumming of hemp fibers.

At present, chemical fiber degumming or semi degumming technology is widely used in China's bast fiber.

In China, enzyme degumming and controllable degumming of hemp fibers have been studied, and small test results have been achieved.

Application of biological degumming technology can reduce pollution and environmental protection costs and improve product quality.

The flax and hemp can be controlled degumming under the fibre state to make the hemp fibers with different lengths, such as wool, silk and cotton, which can meet the requirements of high count blended products. At the same time, the treated flax fibers are soft, fluffy and have a good sense of mercerization, which greatly improves the spinning number of hemp fibers, and the spinnability and dyeing properties are significantly improved compared with the traditional technology. This technology improves the added value of hemp fibers and provides great space for product development.

II. The finishing technology of hemp fabric.

The dyeing and dyeing of bast fabrics are difficult, easy to crease, and itchy.

To study the dyeing and finishing technology of hemp fabric, to solve the prickle sensation of ramie fabric, will promote the growth of the market of the linen textile consumer goods, and promote the sustained and stable development of the hemp textile industry.

(3) production technology of ribbon refined hemp and stretch cutting.

Hemp spinning process is long, inefficient and backward in technology and equipment.

The technology of banded refined hemp can effectively shorten the technological process, improve the working environment and greatly reduce the grain size. The stretch cutting technology can reduce the length of super long and double length fibers, improve the uniformity of fiber length, and improve the evenness of yarn evenness.

The combination of the two technologies can upgrade the degumming and spinning technology of hemp.

4. Research on new technology and technology of silk

(1) elastic silk processing technology and new product development.

Tussah / mulberry elastic silk and expanded elastic silk are processed by combining special tussah silk with ordinary mulberry silk through special physical processing and fiber expansion processing. The new material is made of pure silk with high elasticity, high bulking and softness.

The processing technology improves the defects of silk products such as wrinkle, easy deformation, easy to crack and so on. The product has unique style and has no elasticity and fullness of ordinary silk products.

This technology can effectively increase the added value of low grade silkworm raw silk and tussah silk, provide a wide consumption market for low grade raw silk, and promote the development of rural economy greatly.

2. Finishing and processing technology of silk products after dyeing and finishing.

Silk is the most characteristic product in China. However, for a long time, the color fastness and wearability of silk printing and dyeing products are restricting the development of silk industry.

We should further develop and study new dyes, auxiliaries and matching technology for silk, improve the dyeing fastness of silk dyed products, study the finishing technology of easy to care high-grade silk products, improve the wearability of products, and develop functional silk products.

5. Research on new knitting technology and technology

(1) continuous pretreatment technology for knitted fabric.

At present, the pretreatment technology of knitwear is mainly interstitial type. The drawback is that the water consumption is enormous. The water consumption per ton of cloth is 300 tons of water. The energy consumption, the area occupied and the employment are very uneconomical, which can not adapt to large-scale industrial production.

Therefore, the research and development of new continuous cylinder or plain knitted fabric continuous pre-processing technology and equipment has become a top priority.

It will play an important role in the scale of knitting ability, the grade of product quality, the reduction of production cost, and the saving of water and energy.

2. The high-grade finishing technology of knitted fabric.

A noticeable trend of knitwear is to gradually develop towards high quality and fashion.

The advantage of knitted fabric is that it is comfortable and elastic. Its disadvantage is that its size stability is inferior to that of woven fabrics.

Through a variety of high-grade finishing technology, such as double singeing, double mercerizing, plus Eco Friendly Non Iron finishing and nano finishing technology, it can improve the dimensional stability of products to meet the needs of high-end fashion fabrics under the conditions of maintaining their advantages.

Computer seamless underwear processing technology.

Seamless underwear, as a new generation of underwear, integrates the shape and the flower pattern. It has the characteristics of dress fit, fashion and novelty.

Domestic import volume has exceeded 2000 units, and is developing rapidly.

Seamless underwear exports and domestic sales are at the initial stage of development, and their development potential should not be underestimated.

The machine is a CAD, CAM collection of all computer models, high technology, high value-added products.

Therefore, the development of computerized seamless underwear equipment and technology has a great impetus to the upgrading of underwear products.

Three, ecological textiles and environmental protection processing technology

Ecological textiles and environmentally friendly processing technology are the needs of the sustainable development of China's textile industry, the need to protect the health of our citizens, and the need to expand exports and enter the international market.

Ecological textiles have the following three characteristics: (1) the production process can not cause pollution to the environment; secondly, when people wear and use textiles at ordinary times, they can not have adverse effects on human health. The content of their harmful substances should be reduced to a minimum and meet the relevant international standards. 3. Textile products can be decomposed and treated, and they can be recycled and used. They can not release harmful substances and burn them without polluting the air.

At present, the following 6 key technologies should be developed for Eco textiles and environmental protection processing technology.

1. New technology of micro suspension dyeing

The new technology of micro suspension dyeing is an original technology in China. It is different from conventional dyeing from the aggregation state of dye molecules in dye bath, the adsorption pattern of dyes on the fiber surface, and the fixation of dye molecules into fibers.

The dyeing rate of the process can reach over 95%, shorten the dyeing process, save dye and significantly reduce the dyeing wastewater treatment capacity, reduce dyeing time and energy by 1/3, improve the production efficiency, reduce energy consumption, meet the requirements of cleaner production.

It is necessary to study and establish a set of reasonable and complete new technology for micro suspension dyeing, which is stable and widely used in dyeing of fibers and yarns.

2. Plasma processing technology

Plasma treatment technology is a new technology of textile material modification which is clean, energy saving, fast and wide application.

Through the etching, crosslinking and chemical modification of the fiber surface, it can not only maintain the original advantages of textiles, but also give them new characteristics or eliminate some shortcomings.

This technology can improve the spinnability of fibers, change the surface free energy of the fibers, change their wetting properties, improve the bonding strength of fiber reinforced composites, improve the dyeing properties of fibers, pre treat fabrics, antistatic, wrinkle resistant and other functional finishing, and improve the anti felting properties of wool.

The research and development efforts should be intensified to make plasma treatment, an energy-saving and water-saving cleaner production technology widely used in production at an early date.

3, biological enzyme treatment technology

Biological enzyme finishing technology is mainly applied to dyeing pretreatment and textile finishing.

Pretreatment techniques include desizing, refining and bleaching.

Biological enzyme finishing mainly includes cotton fabric polishing, softening, imitation and so on. It can also be used for enzymatic washing of indigo jeans and biological finishing of cotton, viscose, Tencel, hemp and blended fabrics. Protease is used for soft and anti felting finishing of wool. The fabric treated by enzyme greatly improves the handle and improves the comfort of taking.

Further research and development of textile enzyme finishing technology should be further extended.

4. Development and application of environment-friendly dyes and auxiliaries

The development and application of environment-friendly dyes and auxiliaries is a top priority for the printing and dyeing industry and enterprises.

After joining the WTO, green technology barriers are gradually becoming an obstacle to China's textile exports.

The developed countries have made strict regulations on the use of dyes and auxiliaries. Due to the large quantity of banned dyes and auxiliaries, the printing and dyeing process has been greatly restricted, which directly affects the efficiency and competitiveness of enterprises, and has become a bottleneck for the development of printing and dyeing industry.

Environmentally friendly dyes and auxiliaries are catalysts for the development of printing and dyeing industry. We should speed up and increase the development and application speed and intensity of environment-friendly dyes and auxiliaries.

5, automatic network technology

At present, the traditional printing machines in China are basically equipped with a computer automatic color separation and drafts system. However, due to the accumulated errors in the process of making nets, there are still a series of problems such as joint inaccuracy, dot loss and so on. Moreover, the network can not meet the requirements of modern society for a long time.

The automatic network technology can avoid these problems. Currently, the automatic network technology mainly includes three categories: inkjet, wax spray and laser. Automatic separation of colors by computer can directly control the production of machine parts on flower net, reduce net time, improve printing accuracy, meet the needs of multiple varieties and fast delivery, and also reduce film pollution and meet the requirements of environmental protection.

Further research is needed to improve accuracy, reduce net time and supporting technology, and expand application.

6. New technology of digital printing

The printing quality of digital printing products is unique to any printing technology.

It not only has a high level of realistic printing effect, and is not limited by the number of patterns, colors, and size of flowers, so it is completely suitable for small batch, multi color, fast delivery and personality.

Further research is needed to improve the printing speed and solve the localization technology of ink and nozzles.

Four. Textile informatization and rapid reaction technology

Informatization construction is an important guarantee for the textile industry to pform traditional industries with modern information technology and achieve leaping development.

The goal of informatization construction in textile industry is to build an industry information network with advanced, efficient and stable enterprise information network system as the basic unit, and build a database of industrial information and a practical information service system with reasonable structure, complete contents and convenient inquiry, and establish a regular training system for Industry and enterprises to meet the requirements of informatization, and establish a management platform (ERP) based on information technology, with a systematic management idea, to provide decision making and operation means for enterprise decision makers and employees, and develop e-business platforms and trading rules that are suitable for international market and suitable for domestic enterprises.

The textile industry's information technology and rapid response technology should develop and study the following 4 key technologies:

1. Research and development of ERP system suitable for textile industry

ERP as a general software, there are many famous products both at home and abroad, but few of them have been successfully applied to textile enterprises.

As a key industry, cotton spinning (including wool spinning), chemical fiber and garments need ERP products that are suitable for their management requirements and production processes.

At the same time, ERP should be able to connect internal and production workshop automatic monitoring and automatic control systems, collect data online, and achieve wider information network, marketing network and e-commerce through external Internet, and form a generalized integrated information system.

Through SCM, CRM and other industrial chain / supply chain management, and ERP and other forms of supporting enterprise management software, has attracted the attention of many user enterprises.

Developing the commercialized software such as ERP suitable for these key industries is the main task in the near future.

2. E-commerce platform for textile industry

According to the international popular B-B enterprise e-business mode, combined with the characteristics of the textile industry, with fiber, fabric and clothing as the object, the development and application of the textile e-commerce platform are followed according to the requirements of concise process, reliable technology and paction specification.

Its functions include issuing sales information, publishing purchasing information, automatic matching, online enquiry and counter offer, online auctions, reverse auctions (Bidding Procurement), cooperative information dissemination, trade assistants, market analysis, etc.

The key is to unify the attributes of various categories of products (yarn, fabric, home textiles, clothing), and use the coding system that is in line with international practice to facilitate users to issue and inquire.

The e-commerce platform of textile industry needs to be demonstrated and further improved, focusing on the standardization and safety of convergence.

3. Development and application of CIMS system for garment enterprises

After China's entry into the WTO, the garment industry will have a great development. Clothing products tend to be small batch, multi variety and personalized, which puts forward higher requirements for the design and production of garment enterprises, that is, the integrated manufacturing system with quick response function.

The clothing CIMS system can change the traditional design methods, manufacturing methods, marketing methods and business models of garment enterprises. It integrates CAD, PDM (clothing design information management), CAPP (garment process information management), CAM (output of garment design results), and enterprise management and marketing network.

Each software is a key technology based on general system platform, data exchange and real-time dynamic interface.

4. Textile factory production information monitoring and management system

The production information monitoring and management system of textile factories collects and processes information on production, quality and other information at the production site. The object is mainly loom, spinning frame, barrel dropping machine, and information collection and processing of experimental equipment and instruments.

For example, the number of revolutions, stop monitoring, broken ends detection, single class, single day and monthly output summary statistics, classification information query, report summary, production process analysis, loom fault statistics and so on.

While collecting the output data, we also need to collect the quality data of cotton sliver, winding, spinning and cloth.

The key technologies include: first, the monitoring system and sensor components have high reliability, long life, anti-interference and low price.

The two is the standard network communication interface and data format, which can form a workshop or factory network, connect to the ERP system and pmit data.