Why Did The Zhengzhou Textile Machinery Foreign Fiber Separator Have Won The Competition With Similar Products?

At present, Zhengzhou

The more than 1000 sets of foreign fiber sorting machines produced by Limited by Share Ltd, which are produced by the automatic control equipment, have been well-known in more than 200 places around the world, such as Amway, Huamao, Jiangsu Huafang, Shandong Wei Qiao, Nanning Jinhong, Shandong Hengfeng group, and Africa, Southeast Asia and other parts of the world.

Enterprises to promote the use of.

For real discrimination

The detection rate is in the same two flower cleaning processes at Annex Huamao company, spinning and combing 60 cotton yarns, and installing different foreign fiber sorting machines produced by different factories to conduct comparative experiments.

Random selection of 1 tons of raw cotton, through artificial careful detection of raw cotton in the "three silk", statistics, "three silk" weight, quantity, length and color of the segment, and then through cotton grabbing machine experimental work, through the foreign fiber classifier, statistics of raw cotton "three silk" related indicators.

The cotton wool collected from the raw cotton to the back process was collected through the sorting of the foreign fiber sorting machine, and the "three wire" of the missing inspection was carefully checked by manual labor, and the relevant index of missing "three silk" was calculated. Finally, the index of "three silk" was detected by the foreign fiber separator.

This method is called the contrast method of the actual detection rate of foreign fibers, which is cumbersome, but scientific and reasonable.

Through the 5 experiments and the comprehensive detection rate, the comprehensive detection rate of Zhengzhou spinning machine foreign fiber sorting machine is 5% higher than that of the other one.

In this case, Huamao group buys 6 sets of Zhengzhou textile machinery foreign fiber sorting machine at one time.

In Jiangsu Huafang textile Limited by Share Ltd, the same blowing and carding machine two line process, spinning and combing 40 yarns, respectively, the two enterprises of the foreign fiber sorting machine for comparative experiments.

At the same time, the starting process, the same process, the cotton sliver barrel of the carding machine were separated, and the fabric was woven into the back process, and the number of "three wire" defects of the cloth was analyzed.

This method is called defect number comparison, which is more selective through contrast.

Through 1 months' contrast experiment, the number of "three silk" defects of the fabric used by Zheng spinning machine is 6% less than that of the "three silk" defect of the brothers equipment.

Finally, Jiangsu Huafang one-time purchase 14 sets of Zhengzhou textile machinery foreign fiber sorting machine.

In Shandong Wei Qiao Venture Group Co., Ltd., the same set of blowing carding process, spinning 40 combs, installing two sets of foreign fiber sorting machine of Zhengzhou spinning machine and 20 artificial picking experiments.

This method is called artificial contrast method. By comparison, it is more intuitive and can completely replace labor, save costs, improve efficiency and increase efficiency.

Through 1 months machine and manual alternation contrast experiment, statistics and comparison of the number and weight of machine and manual separation of foreign fibers, the results show that the accuracy of the machine is 10% higher than that of the manual, and it is more stable.

In this case, Shandong Wei bridge bought 12 sets of Zhengzhou foreign fiber sorting machine at one time.

In the production workshop of Nanning Jinhong Cotton Textile Co., Ltd., the same blowing and carding unit two line process, spinning and combing 40 cotton yarn, respectively installing the Zhengzhou foreign fiber sorting machine and the international famous enterprise's foreign fiber separator, each 1 sets of comparative experiments.

At the same time, the starting process, the same process, the cotton sliver barrel of the carding machine are separated, until the number of automatic winding is cut off, and the status of "three wires" is analyzed.

Through 1 months comparative experiment, the quality of automatic winding yarn is counted. The frequency of automatic winding of the Zhengzhou yarn sorting machine is three less than that of the international famous foreign fiber separator, and the yarn quality is better than that of the international famous foreign fiber separator.

As a result, Nanning Jinhong textile has continuously purchased 4 sets of Zhengzhou foreign fiber sorting machine.

This method is called decapitation quantitative comparison, by comparing customers with better choices.

Why does the Zhengzhou textile machinery foreign fiber separator have won the competition with the similar products? After investigation in recent years, it is found that the machine has four great skills.

First, the machine uses real-time tracking technology to track the foreign fibers in the cotton stream in real time to ensure that the program collects the whole foreign fiber data.

The two is real-time analysis technology, hardware acceleration and algorithm optimization, making the program operation faster and more thorough.

The three is the program automatic training system. The software itself can take cotton flow as the background and analyze the varieties and contents of foreign fibers in the cotton stream automatically, and automatically detect the sensitivity of the cotton fibers.

The four is that the software has the function of automatic error correction. Through the two operations, we can reanalyze the determined foreign fibers, eliminate the cotton which is close to the foreign fibers and avoid misfiring. The update of the hardware of the sub system reduces the number of single noil, and the perfect combination of hardware and software makes the dropout of the foreign fiber classifier lower by 50% than that of the same fiber classifier.

These four technical features make the machine more real-time and adaptable, and have higher stability and detection rate.