Products
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TOYOTA FL16 Flyer
The TOYOTA FL16 flyer features an upper-spindle, closed-suspension design equipped with various types of steel pressers. It is engineered for high-speed operation, exhibits low sensitivity to fluctuations in temperature and humidity, and results in a low yarn breakage rate. The FL16SL flyers manufactured by our company are fully interchangeable with the original flyers supplied by Toyota.
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TOYOTA FL100 Flyer
In the TOYOTA FL100 flyer, after passing through the hollow arm, the roving is guided onto the presser arm and wound onto the bobbin via the presser guide hole. By eliminating the "free section"—a characteristic of traditional flyers that is susceptible to the impact of high-velocity airflow—this design effectively reduces roving hairiness and yarn defects.
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XDYB Series Top-Spindle-Rod Closed-Type Suspended Flyer
The XDYB Series Top-Spindle-Rod Closed-Type Suspended Flyer exhibits low sensitivity to temperature and humidity, results in a low roving breakage rate, and ensures high-quality yarn production. It is well-suited for high-speed, high-output operations, features a high degree of automation, and reduces the physical labor intensity for operators; consequently, it is the most widely utilized type of flyer in modern roving frames.
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ZS 300 Series Suspended Spindle Flyers
The ZS 300 Series Suspended Spindle Flyer is a hybrid design combining the ZS100 flyer with the FL16 short-presser flyer; it effectively reduces yarn hairiness and defects. Featuring a carbon fiber short-presser structure, the unit ensures consistent presser shape while remaining lightweight and wear-resistant, making installation and removal exceptionally convenient.
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ZS 200 Series Flyer
The ZS 200 Series Flyer features a high-strength aluminum alloy body, while its roving channel consists of a closed stainless steel tube. This design effectively eliminates the drawbacks associated with traditional flyers—specifically, the susceptibility of aluminum channels to wear and surface scratching, as well as cleaning difficulties; and the tendency of steel flyers to deform or rust. The precision-cast stainless steel presser foot undergoes a specialized finishing treatment to achieve a surface roughness exceeding 0.4. This ensures consistent presser foot geometry and uniform friction coefficients across the entire machine, thereby minimizing variations in roving elongation and reducing yarn breakage caused by fluctuations in spinning tension. Furthermore, the specialized polyurethane false-twisters supplied with the flyers enhance the false twist imparted to the roving, contributing significantly to a reduction in yarn breakage, a decrease in roving elongation variability, and an overall improvement in roving quality.
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ZS 100 Series Suspended-Spindle Flyers
ZS 100 Series Suspended-Spindle Flyers: These units effectively reduce roving hairiness and yarn defects. After passing through the hollow arm of the flyer, the roving immediately engages with the presser arm; guided by the presser's guide eyelet, it is then wound onto the bobbin. Unlike traditional flyers, this design eliminates the "free section" of yarn that is typically subjected to the impact of high-velocity airflow.
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XDYB Series Auto-Doffing Suspended-Spindle Flyer
The XDYB Series Auto-Doffing Suspended-Spindle Flyer—specifically the bottom-spindle-rod auto-doffing variant—can be equipped with either aluminum or steel pressers to accommodate the diverse requirements of various spinning processes.
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Upper-Spindle-Rod Type Suspended-Spindle Flyer with Automatic Doffing
The upper-spindle-rod type suspended-spindle flyer with automatic doffing is a type of automatic-doffing flyer featuring an upper-spindle-rod configuration, wherein the lower spindle rod is detachable.
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Wing Guide Flyer
The Wing Guide Flyer modifies the winding method, thereby effectively reducing energy consumption; it enables the spinning of S-twist roving and helps minimize detrimental hairiness in fine yarn.
