| 1 | Bale Opener and Blending Machine | Fiber Preparation | Opens compressed cotton or blended-fiber bales, removes large impurities, and creates a consistent fiber blend. | Approx. 500–1,600 mm feed width | About 300–1,500 kg/hour | Check fiber compatibility, dust-control provisions, blending accuracy, and automatic bale-feed options. |
| 2 | Carding Machine | Fiber Cleaning and Web Formation | Individualizes fibers, removes remaining trash, and forms a continuous sliver for spinning. | Approx. 1,000–1,500 mm working width | About 50–150 kg/hour per machine | Evaluate fiber-loss rate, nep removal, sliver uniformity, cylinder speed, and maintenance access. |
| 3 | Draw Frame | Sliver Equalization | Combines several slivers and drafts them to improve evenness, parallelization, and yarn quality. | Usually 6–8 sliver input lines | Approximately 400–800 m/min delivery speed | Look for autolevelling, reliable drafting control, sensor accuracy, and compatibility with the selected yarn count. |
| 4 | Ring Spinning or Rotor Spinning Machine | Yarn Manufacturing | Transforms prepared sliver into yarn used for towel ground fabric, pile loops, and sewing operations. | Ring frames commonly have 500–1,824 spindles | Ring spindle speeds commonly 15,000–25,000 rpm | Select based on yarn count, desired softness, twist level, energy use, automation, and yarn-break monitoring. |
| 5 | Sectional or Direct Warping Machine | Warp Preparation | Arranges warp yarns in the correct order and length before they are transferred to the weaving beam. | Approx. 1,800–3,600 mm working width | Up to about 800–1,200 m/min, depending on yarn and setup | Confirm beam diameter, yarn-tension control, pattern capability, creel size, and compatibility with terry looms. |
| 6 | Yarn Sizing Machine | Warp Strengthening | Applies a protective size coating to warp yarns to reduce abrasion and breakage during weaving. | Approx. 1,800–3,600 mm working width | Commonly 40–100 m/min | Review size-box control, drying capacity, moisture regulation, energy consumption, and easy cleaning of rollers. |
| 7 | Terry Towel Rapier or Air-Jet Loom | Terry Weaving | Weaves ground warp, pile warp, and weft yarns to create the absorbent looped surface of the towel. | Approx. 1,900–3,600 mm reed width | Typically 300–700 rpm, depending on design and fabric weight | Prioritize pile-height control, terry motion stability, design flexibility, weft insertion, and fabric-width requirements. |
| 8 | Towel Dyeing Machine | Coloration | Dyes cotton or blended terry fabric while controlling color uniformity, liquor circulation, and fabric movement. | Rope or open-width systems; about 50–1,000 kg per batch | Batch cycles commonly 2–8 hours | Compare water ratio, heating method, chemical dosing, color reproducibility, wastewater requirements, and batch size. |
| 9 | Hydro Extractor and Towel Dryer | Water Removal and Drying | Removes excess water after dyeing and dries the terry fabric while preserving absorbency and pile appearance. | Typical extractor loads: 25–150 kg | Drying temperature commonly 80–140°C | Assess residual-moisture control, drum capacity, heat recovery, fabric-handling system, and protection against pile flattening. |
| 10 | Towel Cutting, Hemming, and Label Sewing Machine | Cutting and Final Sewing | Cuts fabric into specified towel sizes and sews hems, labels, borders, and decorative details. | Common towel widths: 300–1,800 mm | Approximately 20–60 pieces/minute, depending on operations | Check size accuracy, edge-stitch quality, automatic folding, label placement, fabric-thickness handling, and operator safety. |
