Advanced Textile Machinery Empowering The Textile Industry

This is an era of automation. Automation has been seen in every place/ industry. Obviously, textile industry is not behind in the process of automation. In fact, textile industry is one of the major industries where automation helped to manage and grow the industry. In textile industry, there are several complex processes need to be carried out on the raw material to furnish it in the fine fabric. Automation certainly helped to improve speed, quality and efficiency of these processes. Today, almost all processes are automated in the textile industry. Even you will find advancement of textile machinery with emergence of digital and other technologies. Go ahead to reveal more about advancement of textile machinery. 

Automation In Textile Industry

 

Being the second largest producer of fiber in the world, India has emerged as one of the major textile machine manufacturing hubs in the world. You will find competitive and best technology solution textile machinery in India. Textile manufacturing process is very complex and involves plenty of different operations to derive fiber from raw material, weaving it to fabric and post processes to dye and print the fabric. Thus, textile industry needs different types of textile machinery to execute different processes automatically. The range of textile machinery includes –

• Various spinning machines
• Weaving machines
• Dyeing machines
• Printing machines

 

About Modern Textile Processing Machines

 

Today’s textile machinery manufacturers are focusing on developing fast, high productive, energy efficient machines to optimize the output. You will find advanced spinning machines using spinning box technology, combining processes like roving, spinning and winding in one machine. These latest technology spinning machines offer the best speed and spinning stability.

The modern weaving machines are based on advanced technologies like air-jet, rapier, projectile, water-jet technologies. In air-jet technology, pre-winder provides exact length of filling thread which is automatically propelled by the jet powered by compressed air. So, these advanced weaving machines help produce high quality fabric at a significant high speed.

The range of advanced dyeing machines provide package dyeing systems which can be used to dye yarns, loose fibers, fabric beams etc. These systems offer fully automated control where you can set parameters or use programs to get expected results. Infra red heating machine, water/ oil heated machines and many other technology alternatives are available to choose modern dyeing machines. 
  
Textile printing machines have improved to offer excellent quality printing. The improved nylon rolling printing machines are compatible with all types of inks / printing materials and help better ink distribution. Modern fabric ink-jet printers facilitate easy wrinkle free feeding for any type of woven or knitted fabric. 

Automation In Textile Processing

Did you know India bags second number in the production of fiber in the world?  Yes, that is why; textile industry in India has flourished to generate huge opportunities of employment. The textile processing in India mainly includes cotton fibers and other fibers like jute, wool, silk and other man-made/ synthetic fibers. The textile processing is the term refers to manufacturing fibers/ yarns to giving the finest woven fabric. If you are interested to know more about textile processing and processing machinery, you are right here to know about it. This article explores a lot about it.

How Do We Get A Fine Fabric From Raw Materials?

 

Earlier, man used to produce fibers/ woven fabric using hand-looms but today, advanced technology power-loom machines are used to do it. However, the textile processing is a complex process which includes several processes like –

• Spinning – This process includes different operations in the blow room such as cleaning, dust removal, blending, carding, combing etc.
• Weaving – The next process after spinning is weaving in which fabric is produced with a weaving machine or a loom. 
• Dyeing – It is generally takes place in three phases. The fiber, water soluble dye and dye liquor are the three main components in this process. 
• Printing – Once the dye is fixed, printing can be carried out to produce colorful printed fabric. In textile processing, different printing methods are used to print the fabric such as block printing, roller printing, ink-jet printing, heat transfer, screen printing etc.

Once all these processes are carried out, a fine texture, ready to use fabric can be obtained.

Which Textile Processing Machinery Is Used To Derive The End Product?

 

Now, you must be aware that textile processing is a long process and includes several stages / operations before getting final product. But now it is not as difficult as it was earlier. Nowadays, different types of processing machines are developed to get the job done easily. This processing machinery includes various machines like –

• Spinning machines – Spinning process is carried out with blow room machines, carding machines, draw frame, roving frame, comber etc.
• Weaving machines – You will find splendid variety of weaving machines using different techniques like air-jet weaving machines, shuttle/ shuttle-less machines, water jet machines, Rapier, projectile weaving machines.
• Dyeing machines – A range of dyeing machines include polymerising machines, mercerizing machines, bleaching machines, steamers, washing machines etc.
• A range of digital printing machines are devised that give high speed and excellent quality printing output.

Thus, automation of various textile processing helped textile industries to produce quality fabric on large scale.  The textile processing in India has expanded vastly showing around 2500 textile weaving factories and more than 4500 textile finishing industries. This industry is growing rapidly and needs both skilled and unskilled employees. Even the subordinate industries like manufacturing textile processing machines are establishing in order to fulfill demands of the growing textile industry.