Optical yarn clearers, one of the world's leading companies Loepfe, and raw materials in the production process that allows the separation of the konteminasyo produces digital and optical systems. Yarn and cotton in contamination of the high rate of production quality to damage the textile industry, an important market share Loepfe, yarn, 30 percent of woven and knitted fabrics 13 percent of the stand-alone produces Kahramanmaras and in many yarn plant as a solution partner is preferred.
Constantly renewed technologies developed by Loepfe thread with full peripheral vision allows the evaluation of the entire structure. All in yarn quality, yarn and fiber materials in a range of numbers to prove themselves with the optimal solution MasterÒ Yarn Zenit yarn clearer, flexible structure and all the yarn count range can be covered by a single probe head.
Stop White Polypropylene
Zenit yarn MasterÒ One of the most important features highlighting tribo-electric yarn cleaning technology. With this technology a different material in contact with the post of certain material electrically charged is then separated contact electrification type is defined as the blended yarn of white polypropylene (PP), polyethylene and polyamides such synthetic foreign fiber material will recognize. Loepfe developed by R & D engineers with 3 sensor technology Zenit FP, thread yarn through the debugger with impurities remaining in the collecting ducts in cases of foreign material should be cut an additional cleaning tool provides a solution to the problem.
Minimum Abrasion
Polling optimized head, thanks to the thread path winding speed, even at the highest level of abrasion effect is minimal Yarn MasterÒ Zenit, polling in the head thanks to the monitor capable of instantly view the events in the spindle. The menu on the machine with the observation length can be selected from 0.1 up to 80 m. In addition, the sensing head placed on Zenit FP and production shaft and status reports providing the information contained in the 7-segment display, faster response to problems that may occur as well as the cost saving factor is also provided.
Zenit MasterÒ integrated into yarn and yarn capable of perception in each 2 mm P2 sensors can be cleaned with a high percentage of synthetic foreign matter. Based on the measurement of static electricity generated by friction-powered P2, color measurement sensor works independently. Independently performing its functions in this way, the sensor, eliminating unnecessary sections, but also the cleaning performance increases by about 3 times, up to 95 percent so that the cleaning process takes place.
