Textile, Clothing, and Fiber Product Manufacturing Workers
Filter by
884 matching jobs found.
Soaking Worker (Spinning, Fabric Scouring)
In the manufacturing process of spinning and weaving, immerses raw fibers or yarns in water or chemicals to remove dirt and improve scouring properties.
Soaping Worker (Dyeing and Finishing)
Specialized workers who clean and degrease fiber products after dyeing or bleaching, sending them to the finishing process. They operate machinery and adjust chemicals to maintain quality while processing large quantities of fiber products.
Roving Machine Operator
Machine operator job that roughly spins raw cotton using a roving machine to produce thick rovings for the next process.
Roving Worker
Roving workers operate and monitor roving machines in the spinning process, performing tasks to card and open fiber raw materials into coarse yarn-like slivers. They are responsible for machine operation, product quality control, and simple maintenance inspections.
Textile Redyer
Occupation involving mixing dyes and processing with dyeing machines to re-dye the colors of textile products and apparel.
Dyeing and Bleaching Worker
This occupation involves dyeing, bleaching, and finishing fiber products. Responsibilities include dye formulation, operation of dyeing machines, and color matching.
Dyer
A dyer is a profession that applies dyeing processes to textile products such as fabrics and clothing. They are responsible for selecting and mixing dyes, the dyeing process, fixation, finishing, and managing product quality.
Cotton Combing (combing) Machine Operator
This occupation involves operating and inspecting combing machines that remove impurities from cotton raw materials to produce fiber bundles called slivers.
Cotton Comber
A manufacturing technician who combs cotton fibers, removes impurities to produce uniform fibers, and prepares them in a state suitable for the next spinning process.
Wool comber
A job that operates a combing machine to remove impurities from raw wool such as sheep wool, align fibers in parallel, and obtain uniform fiber bundles.