I. INTRODUCTION ost of the latest innovations in spun yarn production are modifications of current techniques as well as advances in processes and product qualities. A foremost drawback of existing twisting mechanism of ring spinning is the friction between the ring and traveller. The implementation of ‘superconducting technology based twisting mechanism’ remarkably reduces the friction between ring and traveller during production [2].Another new concept of producing composite yarn called cluster-spun yarn. Here, polyester multifilament are spread by applying a slotted roller and then blended with cotton fibre. This yarn reduces the slippage tendency of staple fibres relative to the filaments in core spun composite yarns [1] . Besides, the purpose of ‘Radio Frequency Identification (RFID)’ bobbin tracing technique is to identify the bobbin to spindle in the spinning frame during the process of production. The target bobbins are traced and recorded in the spinning frame via non-touching dualdirectional data communication. The bobbin information can be implemented to observe the quality of spun yarn from each spindle [6].