There are a wide variety of textile machinery, covering the entire production process from fiber processing to the final fabric product. Here is a list of common types of textile machinery classified according to the main production stages:
1.Preparation Machinery for Spinning (Fiber Processing) Opening and Cleaning Machinery:
2.Cotton Grabbing Machine: Grabs the raw cotton from the cotton bales. Mixing Machine: Mixes fibers from different batches.
3.Opening Machine: Loosens the cotton blocks and removes larger impurities.
4.Cleaning Machine: Further loosens and removes fine impurities.
5.Combined Opening and Cleaning Machine: An automated production line integrating the above functions.
.Spinning Machinery (Converting yarns into threads):
Coarse Spinning Machine: Further stretches and reduces the thick yarns, adds a small amount of twist, and forms a certain strength coarse yarn, which is used by the fine spinning machine.
Ring Spinning Machine: The most traditional and mainstream spinning method. Stretches the coarse yarn to the required fineness, through the rotation of the crown and wire ring, adds twist, and rolls into tube yarn (tube yarn).
Rotating Cup Spinning Machine: Utilizes the negative pressure generated by the high-speed rotation of the cup to condense and twist the fibers into yarn. It has high output, less yarn fuzz, but slightly lower strength than ring-spun yarn.
Jet Spinning Machine: Uses two or more high-speed rotating air streams to wrap the fiber sliver with false twist to form yarn. The yarn structure is unique, with less fuzz, good strength, and suitable for certain specific purposes.
Vortex Spinning Machine: Utilizes the rotating air flow in the fixed vortex tube to condense and twist the fibers. The yarn has very little fuzz, good wear resistance, and high production efficiency.
Friction Spinning Machine: Utilizes the rubbing action of one or more pairs of friction rollers to twist the fibers into yarn.
Twisting Machine: Combines two or more single yarns (twist lines) or single yarns with twist lines and adds twist to form twist lines or cables to increase strength, uniformity, luster, or special effects.
Tube Spinning Machine: Re-rolls the tube yarn or twisted yarn into a larger capacity, well-formed, and easy-to-use bobbin yarn, while removing the defects and weak sections of the yarn.
Automatic Tube Spinning Machine: With an automatic joint device. Precision Tube Spinning Machine: For high-requirement situations (such as knitting, high-speed winding).
Weaving Preparation Machinery (Preparation for weaving) Weaving frame:
Batch weaving frame: Rolls a certain quantity of tube yarn parallelly and evenly onto the warp shafts (for warp yarn use) according to the process requirements.
Strip weaving frame: Divides the warp yarn into strips according to the total number of warps and width requirements, rolls them onto the large drum, and then rolls them back onto the weaving shaft (often used for small batch, multi-variety, and color weaving).
Ball warping frame: Mainly used in denim production, warps are wound into ball-shaped yarn balls for dyeing, and then warping is performed.
Warp coating machine: Coats the warp yarn with a layer of coating material (plasticizer) to increase the strength, wear resistance, and hair fall control of the yarn, meeting the weaving requirements.
Weaving frame/Binding frame: Weaving frame (manual/automatic): Weaves the warps according to the fabric organization requirements through the stopper plates, heddles, and reed. Binding frame: When the warps on the weaving shaft are about to run out, the new warps on the weaving shaft are tied and connected with the old warps on the weaving shaft one by one to improve efficiency.
Weaving Machinery (Weaving yarns into fabrics) includes shuttle looms:
traditional looms that use shuttles to guide weft threads. They are slow, noisy, and cause significant vibration, and have gradually been phased out. Shuttleless looms: modern mainstream looms that do not use shuttles to guide weft threads.
Needle frame looms: use rigid or flexible needle frames to hold weft threads and guide them. They have wide adaptability and good variety adaptability (especially for wide widths, heavy weights, and patterned yarns).
Jet looms: use compressed air to spray weft threads. They have the highest speed, large output, and are suitable for large quantities of medium and light-weight fabrics (especially plain weave and twill).
Water jet looms: use high-pressure water to spray weft threads. They have high speed and are suitable for fabrics made of hydrophobic fibers (polyester, nylon, etc.).
Flat shuttle looms: use small flat shuttle to hold weft threads and guide them. They have stable wefting and are suitable for wide, heavy, and dense fabrics.
Multi-phase looms: have multiple openings, wefting, and wefting control simultaneously. The theoretical efficiency is extremely high (but currently less widely used than the previous types).
Knitting machines: circular looms: needle cylinders are circular, producing cylindrical fabrics (such as T-shirt fabric, socks).
Flat looms: needle beds are straight, producing sheet-like fabrics (such as sweater body pieces).
Braided machines: yarns form loops along the fabric's warp direction.
Triko braiding machines: fast and high-yield, producing simple structures such as plain weave, mesh, etc.
Lashel braiding machines: have stronger pattern capabilities, capable of producing mesh, lace, jacquard fabrics, interval fabrics, industrial fabrics, etc. Wefting machines: yarns form loops along the fabric's weft direction.
Non-woven fabric machinery (without going through spinning and weaving)
Dry netting equipment: mechanical combing for netting, air flow netting.
Wet netting equipment: similar to paper-making processes. Filament netting equipment: direct laying of filaments onto the net (spunbonding method, meltblown method).
Reinforcement equipment: mechanical reinforcement: needle punching machines, water injection machines, sewing machines.
Chemical reinforcement: impregnation, spraying, foam application of adhesive equipment.
Heat bonding reinforcement: hot rolling machines, hot air drying machines.
Important note: Technological advancements are rapid. This list is fundamental. Automation, intelligence, high speed and efficiency, as well as environmental friendliness are the main directions for the development of textile machinery. For instance, technologies such as automatic winding machines, shuttleless looms, and digital printing machines have become very mature and widely used. Specialization: Within each major category, there are extremely specialized and refined equipment types to accommodate different fibers (cotton, wool, silk, linen, synthetic fibers), different yarns, different fabric structures (weaving, knitting, non-woven), and different process requirements (such as ultra-fine fibers, elastic fabrics, functional finishing). System integration: Modern textile production increasingly emphasizes the connection of previous and subsequent processes and automated assembly lines (such as the continuous nature of the spinning process, the connection from weaving preparation to weaving)..