NEW! Wonderful ZT5-2 Servo fully computerized jacquard Glove Making Machine

one-two Function Introduction

ZT5-2 Servo fully computerized Jacquard glove making machine control system is carefully developed by our company. It is not only much more powerful than imports of similar products features,but also with high reliability and low price advantage. easy to learn, flexible for operation. Its functions and features are summarized below:

·The main motor adopts AC servo motor, can be controlled directly by the system running direction of headpiece than inverter drive normal AC motor, which greatly simplify the mechanical structure, reducing the rate of mechanical failures, reducing the mechanical maintenance more difficult, but also enriched gloves woven type.

·Horizontal position of the fork knife and main scissors driven by DC servo motor, system according to different gloves specifications automatically adjust the horizontal position of the fork knife and scissors, which avoided the trouble of adjusting the location fork knife and main scissors when knitting gloves of different specifications.

·Chinese display interface (640*480 dot matrix), large LCD monitor provides clear text data and patterns, human-machine interface is very friendly.

·Super memory (512K), different kinds of file patterns can be stored.

·With a variety of knitting mode: Left hand, Right hand, Alternating mode and Sequential mode.

·Varies of fabrics can be produced, such as five finger gloves, five-toed socks, kneecaps and Yuanbao gloves.

·File patterns are input by USB flash drive and can be modified to U-save.

·A variety of glove styles with the flexibility of process file, which provide the ease of creation of design files and gloves.

· Improved function of speed control can increase production as much as possible with the guarantees of the quality of fabrics.

·High level of intelligence, particularly with regard to single-sided Jacquard fabric. You can simply enter the flower-shaped pattern to the knitting automatically, without the complexity of the pattern design of control actions.