Consumer durables major Usha International’s sewing machine division is eying a 10 per cent growth in its revenue this fiscal year. The growth in the masks and PPE kits industry, and a surge in Do-It-Yourself (DIY) activities during the lockdown has boosted demand for sewing machines.
“We are witnessing a 20-25 per cent growth in demand of our products during the lockdown. This is bringing good business,” Parveen Kumarr Sahni, senior vice-president, sewing machines business, Usha International told this publication, “We noticed that sewing and quilting as a hobby has risen significantly during the lockdown.” Sahni said that the demand was now actually more than available supply, and that the company was facing issues in catering to this rising demand due to a labour shortage, supply chain disruptions and other restrictions. Read More
Only 60 per cent of their capacity is being used currently, he noted. In the long run, the company aims to double its business over the next five years. Besides strengthening its position in the domestic market, Usha also plans to foray overseas. “Currently, we are exporting some of our products to neighbouring countries such as Sri Lanka. Going forward, we plan to venture into new markets,” said Sahni.
He added that the sewing machine industry, which is mainly unorganised, is set to grow manifold over the next five years and that Usha was well poised to grab a lion’s share of it. Apart from new products oriented towards evolving needs of new age customers, the brand is also investing in creating awareness and providing training on the utility of sewing machines to create a larger market.
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Because of the wear of the sewing needles of embroidery machines defects can appear on the embroidery surface of the product. Therefore, it is necessary to schedule the moments of replacing the sewing needles of the embroidery machines based on the anticipation of their failure moments. Within this framework, the purpose of this study is to develop a fuzzy decision system for determining the moment of replacing of the sewing needles of embroidery machines, considering their amplitude of vibrations measured on the three axes of the Cartezian coordinate system.
