Textile Processing Machinery – Trends and Advancements


● India as the largest cotton producer of the world
● Automation bringing a radical change in the Indian textile sector
● Nanotechnology may be used to develop improved quality of fabric
● Business loan, an excellent option to finance modern tech.

India is the largest producer of cotton in the world accounting for about 26 % of world cotton production. Notwithstanding crop damage due to floods in Gujarat, the largest cotton producing state, India’s cotton output 2017 increased by approximately 10-15 percent per acreage.

The textile industries in India need larger spinning types of machinery as demand for textile products and cotton output both are increasing proportionately. Textile processing machinery has evolved a long way since its inception.

– Automation: A game changer

Automation and robotics have helped the textile industry by simplifying complex textile processes and improving speed, quality and cost of textile manufacturing.
The textile machinery is broadly classified as textile working and textile processing machinery. Textile processing machinery have gone through many technological advancements like nano-technology inventions, digital printing technology.
The textile industry has advanced technologically with the implementation of robotics, technology and automation systems. Technological developments like nano-technology inventions, digital printing technology, ultrasonic wet processing technology, biotechnology, and plasma technology have made significant contributions towards refining operational processes and cost saving.

– Improved fabric

Fibre Fabric machinery has evolved as a full-fledged processing machinery. It includes carding and combing machinery, cleaning and opening machinery, yarn winding machinery, drawing and rowing machines, spinning twisting frames and other fiber to fabric machinery.
New machines have been introduced for different processes like dyeing, printing, mercerizing and bleaching. Textile finishing machinery is used to improve the fabric quality.
Development and use of ultra-low liquor ratio machines help to reduce consumption of water during and after the dyeing process. The developments in machinery based on concepts of pulsating dosage and wave technology would help significant reduction in consumption of water.

– Nanotechnology

Exponentially increasing demand for durable and functional apparel manufactured in a sustainable manner has tempted textile manufactures to use technology in fabric manufacturing. The industry is looking to use this technology to create more scientific clothing, like water repellant, self-cleaning, and fire repellent items. This technology requires less energy and resources.

– Knitting Machines

These machines create knitted materials in large strips of material now. It saves a lot of time and labor. Seamless knitting machines enable the workers in creating a perfectly shaped garment. Ultra-fine Guage knitting machines provide precision to knitting operations and simplify the workflow while improving capacity utilisation in production. Loop Transfer technology in knitting machines provides homogeneous appearance to the fabric.

– Pleating

Pleating required a lot of labour earlier. Now it can be done with pleating machines effortlessly. It saves money and labour.

– Printing technology in Textile Manufacturing

Laser printing provides uniform appearance on the clothes. For complex and layered printing digital printing is preferred while 3D printing is to manufacture creative clothing.
Bajaj Finserv offers business loans for purchasing latest textile processing machinery at affordable interest rates, hassle-free loan processing, and generously flexible repayment options. It offers you a suitable borrowing option which enables you to upgrade your business to latest types of machinery and equipment and refine your operations.

Also Read: Improve Your Cash Flow by Taking Equipment Loan