ITMA 2019, the world's largest international textile and garment technology exhibition, will return to Barcelona, Spain, from 20-26 June 2019. The exhibition will take place at the Fira de Barcelona exhibition centre. When ITMA was last held in Barcelona in 2011, visitorship exceeded 100,000 from 138 countries. 90% of the visitors came from outside of Spain, and the international mix of visitors and buyers was very well received by exhibitors. ITMA 2019 is expected to feature 190,000 square meters of gross exhibition space, over 1,500 exhibitors from 45 countries, and visitorship of over 100,000.
As the world's leading supplier of complete cotton spinning equipment, Jingwei Textile Machinery always insists on “strengthening the main business of textile machinery and promoting the transformation and upgrading of the textile industry”, and constantly pursues product innovation, technological innovation and service innovation. Jingwei and its subsidiary companies will show JWF1589 new series high-speed intelligent spinning machines , JWF0016D foreign fiber sorter and the IoT intelligent information collection system e-system on this important exhibition (Booth No. H6A105) .
JWF1589 is the newest series of high-speed intelligent spinning machine developed by Jingwei Intelligent Textile Machinery Co., Ltd. according to the development trend of the current spinning machine with the existing mature technology and international advanced structure. The machine adopts modular and industrial integration design. Ring rail and yarn guide plate adopt active, stable and positive lifting system which can be equipped with electronic twisting and drafting technology or mechanical drafting technology, and quick installation of entire section packing. Slub-yarn system, compact system, individual spindle broken-end detection system, roving feeding stop device and spandex core-spun yarn device are optional. The machine runs more stably and reliably at 22000~25000 rpm.
JWF0016D foreign fiber sorter is suitable for installation in the process of chute feed, lap feed, and ginning process. It can detect efficiently all kinds of foreign fibers in cotton in real time, including polypropylene fibers, flax fibers, hair, various color threads, plastic sheets, cloth pieces, polluted cotton, white polypropylene yarn and white threads, plastic films, etc.
JWF1313 intelligent drawing frame is Jingwei’s new generation drawing frame without auto-leveling. The innovative transmission form and the use of electronic drafting, large coiler with 1000mm output diameter, intelligent sliver-breaking, roller monitoring, independent drafting area, and other functions enable the machine to produce the best possible results for customers with a smaller input cost.
JWF1212/JWF1212-120 Carding machine is a new three licker-in high production wide carding machine designed by Zhengzhou Hongda New Textile Machinery Co., Ltd. The machine has larger carding area, wider carding width, and requires less floor place. The improvement of technology makes higher production and quality. The machine is stable, simple to operate, easy to maintain, energy-saving, and consumption-reduced.
Jingwei e system is an IoT intelligent information collection system, which dedicates to improve management efficiency and production efficiency in the textile industry. This system uses intelligent gateway design, protocol converters, digital filtering technology, RFID technology, laser radar navigation, etc., in order to use data analysis to guide production management by analyzing the machine operation data, product quality data, environmental data, energy consumption data, personnel data etc. Through the use of V2.0 e-system, the user's comprehensive production efficiency can be improved by up to 10%, the work efficiency can be improved by more than 30%, the electricity consumption can be reduced by 2%, and order scheduling time can be reduced by more than 30%.
At present, the exhibition work is progressing smoothly. All the latest textile machinery will be shown on ITMA 2019. Welcome to visit booth H6A105.