0102030405
High Speed Yarn Raising Machine ZK1430 - China Suppliers & Factory for Fancy and Traditional Yarns
Characteristics
1
Roller speed and winding speed of each roller can be set by the HMI to achieve stepless adjustment, process adjustment is convenient and fast.
2
This machine is driven by servomotor and synchronous belt transmission, which is stable and precise, with low breakage rate and high yarn quality.
3
The machine uses roller-type raising; the distance between rollers, roller speed ratio, and winding number of yarn can be adjusted flexibly for varied styles.
4
Dynamic balance treatment of the roller reduces vibration, allowing yarn winding speeds to reach up to 200 m/min.
5
A centralized vacuum system reduces flying floss pollution, improving worker conditions and lifting yarn quality.
6
Equipped with an automatic stop function that triggers immediately after yarn breaking.
7
The machine features an automatic stop function once the yarn is full.
8
Synchronous stop functionality is integrated to handle sudden power failures safely.
9
Yarn tension can be controlled in segments and adjusted freely for optimal performance.
Frequently Asked Questions
How is the speed of the machine adjusted?
The roller speed and winding speed can be adjusted via the HMI (Human-Machine Interface) for precise stepless adjustment.
What is the maximum winding speed of the machine?
Thanks to dynamic balance treatment and vibration reduction, the yarn winding speed can reach up to 200 m/min.
How does the machine handle yarn breakage?
The machine includes a safety function that ensures it stops immediately if a yarn break is detected.
What measures are in place for dust and floss control?
The machine adopts a centralized vacuum system to reduce flying floss pollution and improve yarn quality.
Can the machine handle different styles of yarn?
Yes, the roller-type raising system allows for flexible adjustments of speed ratios and winding numbers to suit various yarn styles.
What happens during a power failure?
The machine is designed to stop synchronously in the event of a power failure to protect the equipment and materials.







