offers a more compact structure, reducing its length by 14.2% for up to 32% space savings compared to peers. The energy-efficient suction system operates at -450Pa, equivalent to 800m3h air intake—53% less than similar equipment. The return air box's expanded filter area extends cleaning intervals to 24 hours. The SMART CREEL system detects sliver presence and movement with 100% accuracy. The T-LED display shows vital production data remotely, enhancing visibility into device operations. TD10's intelligent features and real-time monitoring through T-DATA provide an unprecedented experience in equipment operation and production management.
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Green Digital Factory
Green Digital Factory
QPRO EX Automatic Cone Winding Machine
Connected directly to the fine yarn machine, the winding process and yarn path have undergone a completely new optimization design. A uniquely transformed twisting mechanism, along with the development of the world's first knot-free technology known as 'air twisting mechanism,' significantly enhances the quality of yarn, making a significant contribution to the improvement of textile and braided product quality. The perfect simple yarn forming system incorporates a quick tension feedback tension sensor that maintains balanced and stable tension, with precise tension adjustment. This optimization reduces air consumption, leading to a decrease in yarn breakage. The high-efficiency motor model features a vertical creel for yarn storage.
Connected directly to the fine yarn machine, the winding process and yarn path have undergone a completely new optimization design. A uniquely transformed twisting mechanism, along with the development of the world's first knot-free technology known as 'air twisting mechanism,' significantly enhances the quality of yarn, making a significant contribution to the improvement of textile and braided product quality. The perfect simple yarn forming system incorporates a quick tension feedback tension sensor that maintains balanced and stable tension, with precise tension adjustment. This optimization reduces air consumption, leading to a decrease in yarn breakage. The high-efficiency motor model features a vertical creel for yarn storage.
