Trytex Machines Company, based in Coimbatore, specializes in manufacturing miniature textile machinery for spinning, weaving, and related processes. Our product range includes lab-scale carding, drawing, roving, spinning, doubling, twisting, and weaving machines that are widely used by textile institutes, research centres, and mills for training, sampling, and product development. With a focus on reliability, ease of use, and innovation, Trytex has become a trusted name for compact solutions that bring the entire textile manufacturing line into a small, practical format.
Ring spinning is the final yarn formation stage, where roving is drafted and twisted to form yarn. In this system, the spindle rotates at high speed while the ring traveller imparts twist and enables yarn winding onto the bobbin. This frame mimics industrial spinning conditions, offering precise control over drafting, twist insertion, and winding, with provisions for slub and fancy yarn development. It’s ideal for experimental spinning, yarn trials, and educational demonstration.
Rotor spinning is an open-end spinning process, ideal for producing yarn directly from sliver without the need for roving. In this method, fibers are separated, transported by air into a fast-rotating rotor, and twisted into yarn, which is then continuously wound. This setup allows higher production speeds and simplified yarn formation, making it highly effective for lab-scale testing and rapid sample development.
Fancy doubling is the process of combining two or more yarns and introducing textural effects like slubs, spirals, or irregular patterns. It is widely used in decorative or functional yarn development. This machine enables the production of effect yarns by precisely controlling roller speeds and feed ratios, replicating mill-scale fancy yarn production in a compact, lab-friendly format.
The Two-For-One Twister is used to twist plied yarns by passing them through a rotating spindle mechanism, where two turns are inserted for every rotation of the spindle — hence the name. TFO twisting improves yarn strength, cohesion, and appearance, and is essential for applications requiring compact, balanced, and uniform twisted yarns.
