deheng-machinery.com - Printable Version

deheng-machinery.com - Printable Version

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deheng-machinery.com - ye558ye - 05-09-2022

Clothing is a basic necessity of life. Nobody can do without clothes. Manufacturing clothes is no longer a luxury. This is the reason the garment manufacturing industry has developed manifold. A number of machines are employed during the entire manufacturing process. Machines to help with almost all the stages are present in the market. Without doubt, there are many different types of machines for different kinds of clothes like Gown Making Machine, Shoe Cover Making Machine, Shorts Making Machine, Head Cover Making Machine, Face Mask Machine, Sleeve Cover Machine, Apron Making Machine, Glove Making Machine, Bedsheet Making Machine, PE Liner Making Machine, etc.

The entire procedure for garment manufacture involves spinning, weaving, dyeing and printing, and finally production of garments. Spinning is all about converting raw materials like cotton, silk, wool, and others into yarn. Weaving involves converting the yarn into fabric. The fabric needs to be dyed and printed to make textiles, and the textiles are finally stitched into garments.

In the very first stage of textile production, fibers from natural raw materials like cotton, silk, wool, and others and synthetic fibers like nylon, rayon, polyester, and others are processed to make yarn. This step is called spinning of yarn. Spinning of yarn can be done with the help of machines as well as by hand.

The next step in the production of garments is weaving of fabrics. In this stage of garment production, yarns that are spun are interlaced at right angle to form a fabric. This can be done with the help of weaving machines or looms. It holds the rows of threads tight when columns of threads are interlaced between them.

After the making of fabric from yarn, the prepared fabric needs to be dyed and printed. Only then will the cloth become ready to be stitched. Various textile printing machines are available in the market that helps in this activity. Digital textile printing machines are the most advanced of all in modern times.

Preparing garments from cloth or textiles is the next activity in the four staged manufacturing process. This can be done by stitching the pieces of cloth together by cutting them in the appropriate manner. Sewing machines are available in the market for this purpose, but human assistance will always be required to carry out this task.

Various types of textile machineries are used during the manufacture of garments. Spinning machines, machines for weaving and knitting, machines for printing, machines for dyeing, sewing machines, and various parts of machineries are available in the market. Other than these, many other textile machines can also be availed with ease.

Looms that help in weaving fibers include air-jet looms (that drives the loom with the help of air power) and water-jet looms (that drives the loom with the help of water power). Knitting machines can also be obtained in order to serve a similar purpose. Knit materials are mostly used in making T-shirts.

Similarly, various types of sewing machines are also available in the market. Computerized sewing machines are the most advanced of them all. Embroidery can also be made on the cloth with the help of machines. Used machineries can also be availed in the market. They will work fine and also be easy on the pocket.

Textile machines can easily be found in any part of the world. The best textile machines for the manufacture of clothes come from the European countries like Italy, France, and Germany. It covers all the steps of apparel manufacture. Karl Mayer is the most sought after name in the field of textile machinery.

With the passage of time, a number of technologies have also come to be integrated with these machineries. Such technologies make the machines all the more efficient. For example, 3D technology has come to be integrated with the Computer Added Design (CAD) applications. They help manufacturers to view how an intended garment will look on the individual even before it is manufactured.