Cloth Cutting System

Following the gear design without unfolding the fabric, allows easy rolling up of cloth. Its safety shutdown device functions when the cloth is not cut completely. The cloth collecting stick can roll up cloth automatically, to process cloth of diverse sizes, even those which are too small to strain. The cloth-cutting machine is equipped with a roller speed adjustment device, guaranteeing a uniform and stable knitting tightness for the fabric.

In general, the rate of production in knitting is much higher with less preparatory processes than weaving. Circular weft knitting machines offer the greatest potential for high speed production, because knitting can take place continuously in the same direction of yarn feed, and the rotary motion minimizes problems of vibration and wear and tear at high speed. In most latch-needle circular machines, knitting of yarn at a single feeder occupies a relatively small part of the circumference of the needle circle and the simplest way of increasing production is therefore to incorporate additional feeder around the circumference, so that for each revolution of the machine more than one course is knitted at a time. The number of feeder that can be accommodated depends on the gauge and diameter of the machine and the number of needle spaces taken by the cam system at each feeder. With present machines each feeder may occupy one inch of circumference, the limit being imposed by the cam angles. The flat bed weft knitting machines are in general simple but low productive. The design capacity of these machines has also passed through revolutionary changes. With the help of CAD and CAM, seamless garments are manufactured in flat bed weft knitting machines. The warp knitting machines are more versatile but those are complicated and costly.