A carding machine is used to separate fibers from seeds, impurities, and other foreign matter during the textile manufacturing process.

A Jacquard loom is specifically designed for weaving complex patterns and designs into fabrics, allowing for intricate and detailed artwork.

A spinning frame is used to twist and draw out fibers to create yarn, which is a fundamental step in textile manufacturing.

Circular knitting machines are designed to produce seamless, tubular fabrics in a continuous loop, making them suitable for garments like socks and T-shirts.

Dyeing machines are used to apply color or dyes to fabrics, allowing for a wide range of colors and patterns in textile products.

Air jet looms utilize jets of air to propel weft yarns across the loom at high speeds, making them suitable for mass production of simple fabrics.

Tentering machines are used to stretch and stabilize fabrics, ensuring uniform dimensions and preventing shrinkage or distortion.

Flat knitting machines are designed to produce flat, rectangular fabrics, making them suitable for garments like sweaters and scarves.

Finishing machines are used to apply special treatments or finishes to fabrics, such as softening, wrinkle resistance, or water repellency.

Projectile looms utilize high-speed projectiles to insert weft yarns into the shed, making them suitable for weaving heavy-duty fabrics.

Stenters are used to dry and heat-set fabrics, ensuring proper dimensions, stability, and desired properties.

Rib knitting machines are specifically designed to produce fabrics with a ribbed or textured appearance, commonly used in garments like sweaters and socks.

Calendering machines are used to apply pressure and heat to fabrics, resulting in a smooth, glossy, and wrinkle-free appearance.

Rapier looms utilize rapier devices to insert weft yarns into the shed, making them suitable for weaving delicate fabrics without causing damage.

Sanforizing machines are used to prevent shrinkage and stabilize fabrics, ensuring dimensional stability and reducing the risk of distortion.