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Flyknit shoe upper machine 36 inches

Adopting LCD industrial display, touch screen graphical interface, color display, it can display various working parameters such as the number of woven pieces, completed pieces, weaving time, speed, roller, degree, yarn mouth, etc. during operation, and can adjust the tightening function to achieve tight weaving and tightening function according to needs, reflecting different shoe upper styles
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Product introduction

Adopting LCD industrial display, touch screen graphical interface, color display, it can display various working parameters such as the number of woven pieces, completed pieces, weaving time, speed, roller, degree, yarn mouth, etc. during operation, and can adjust the tightening function to achieve tight weaving and tightening function according to needs, reflecting different shoe upper styles

Product features

Needle spacing: 14G, 16G, 18G


Yarn feeder: Active yarn feeder can effectively reduce yarn feeding resistance, especially suitable for multi strand low elastic yarn tightly woven shoe uppers


Servo motor: using CAN communication control to achieve high-speed operation of the machine head, smooth high-speed commutation, and an efficiency improvement of 2%


Degree motor: with dynamic degree function, using high-speed stepper motor, can achieve multi-stage degree function in one row


Motor linkage: driven by a stepper motor, reducing commutation distance, improving commutation accuracy and efficiency.


Tight suspension function: Adjustable tight suspension function, realizing tight weaving and tight suspension functions according to needs, reflecting different shoe upper styles


Touch screen: using LCD industrial display, touch screen graphical interface, color display, can display various working parameters such as weaving number, completed number, weaving time, speed, roller, degree, yarn nozzle, etc. during operation


Full motor design: using motor drive instead of electromagnet to control the triangle action, closed-loop detection, effectively avoiding needle damage caused by triangle jamming.


Structural features