Abstract
Production of better yarns
 in terms of uniformity is every spinner’s goal since yarns with a large number
 of irregularities and defects reduces the market value of the end product. This
 thus study aimed at studying the influence of count, twist, opening roller speed
 and rotor speed on the number of thin places and thick places formed in 100%
 cotton rotor spun yarns using statistical techniques. The results obtained in this
 research work indicated that increase in count increased thin and thick places in
 the yarns. With twist and opening roller speed, thin and thick places were
 reduced up to a certain value and then started to increase. Count 15Ne, twit multiplier of 5TM, opening roller
 speed of 8000rpm and rotor speed of 90,000rpm 
 gave the lowest number of both thin and thick places/km formed in the
 resulting yarns. 
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