Single carriage with double systems or triple systems. This model uses Hengqiang A8 integrated machine system which is based on the Cortex-A8 core of ARM, and the main frequency is improved to 600MHz, the RAM is increased to 256M for more smooth operation; About hardware, the temperature detection, multi-path power failure detection, and short circuit protection are added; and improvement has been made in anti-static electricity, the pin failure rate has been greatly decreased.

The hardware is equipped with a motor connecting rod. Compared with the magnet-seat type connecting rod, the large rod wear is eliminated, the single-port intermediate rotation can be realized, the rotation distance is shortened, the swing control position is more accurate, and the ultra-small head design can be improved efficiency by about 20%. The machine realizes multi-segments stitch knitting in the same line with the equipment of stitch motor with dynamic stitch function.

These series uses digital technology to achieve the patterns of weaving, pointel, tuck, tight tuck, apparent shape, hidden shape, intarsia, floatless intarsia and other irregular structure patterns. (Note: Memory size can be increased according to customers’ need)

Product specification

Detail display

Display Screen		Yarn Storage		Servo Motor
It adopts industry LCD displayer with graphic touch control, multi-color. The data of knitting amount, time, speed, roller, stitch, yarn carrier, etc. all can be checked on the screen.		Positive Yarn Storage could reduce resistance while the yarn is moving, is especially suitable for fabric with low elasticity and brittleness such as cashmere yarn, rabbit hair yarn, to make the fabric even and improve knitting efficiency.		Using CANI communication control, can achieve the fast return and the diversion of the machine head, accurate positioning, smooth commutation.
Stitch Motor		Motor Connecting Rod		Tight Tuck
With dynamic stitch function, using high speed stepping motor, multi-stitch function can be achieved in one line.		The connecting rod is driven by the machinery electron motor, in a result to achieve more accurate direction changing		To achieve different tightness of tight tuck, the functioned cam is controlled by machinery electron motor, and range from 0-90.