Industrial Sewing Machines Market Likely to Emerge over a Period of 2017 – 2027
Future Market Insights has announced the addition of the “Industrial Sewing Machines Market Likely to Emerge over a Period of 2017 – 2027” report to their offering.
The Industrial sewing machines are used in the commercial manufacturing of bags, car upholstery, furniture products, garments, apparel, and shoes, among others. These sewing machines are heavy-duty as compared to domestic sewing machines.
With the aim of achieving high-quality performance from sewing machines, any model of sewing machine generally has a single key function. This is so because a single model is categorically designed for a specific task, such as sewing straight seams, or sewing zigzag stitches, and other models for sewing buttons on garments.
Also, industrial sewing machines are expected to deliver high accuracy, maintain high speed, and at the same time be durable. Considering the vital applications of industrial sewing machines, the study of the global industrial sewing machines market becomes an important read.
On the basis of product type, the market can be segmented as follows:
Key Trends, Drivers
Manufacturing of products using industrial sewing machines has witnessed a shift from the developing countries in North America and Europe to the developing countries of the Asia Pacific region, as a result of low manufacturing cost alternatives provided by the latter. Hence, there has been a steady rise in demand for sewing machines from the Asia Pacific region over the past.
High-end industrial sewing machines are becoming a preferred choice for garment manufacturers as they save time and energy, and reduce the complexity of the manufacturing process due to their enhanced features. Also, producing voluminous, high-quality products with standardized precision in less time has been made possible through the application of these smart commercial sewing machines. For instance, specific models of industrial sewing machines display a maximum speed of 8,500 revolutions per minute.
This is expected to drive market growth for industrial sewing machines in the long run. The recent trend is that of seamless integration of electronics in industrial sewing machines to provide sophisticated features. This, in turn, has also been fostering the market growth of commercial sewing machines worldwide.
Through technological innovations in recent times, more energy-efficient, small, light, and durable industrial sewing machines are expected to propel the global market growth, due to their attractive benefits. New developments in functionality, such as high-powered motors, drawing tablets, multi-needle positioning, touchscreens, laser technologies, and LED lighting are expected to provide more usage benefits, and hence drive the demand for commercial sewing machines in the near future.
It has been observed that automotive and textile industries, which have been growing at a considerable pace in recent times, would largely contribute to the growing demand for commercial sewing machines, along with other factors, such as the rising global population, the rising middle and high-income group population in developing countries, such as India and China.
There has been a strong demand growth for apparel in the Asia Pacific, thereby driving the demand for sewing machines in the region, supported by relatively cheap labor vis-a-vis developed countries, along with attractive economic growth, and foreign investments. This trend is expected to continue in the near future.
As of now, a lot of models of industrial sewing machines involved in complex actions are computerized. Industrial sewing machines capable of automatically carrying out multiple tasks only with the press of a switch are being designed. Environment-friendly features are being considered in the design of industrial sewing machines, such as reduced working noise and energy efficiency.
Examples of some of the market participants identified across the value chain of the global industrial sewing machine market are as follows:
Brother Industries, Ltd.
PFAFF Industries system and Maschinen GmbH
Bernina International AG
Juki India Private Limited
Singer and others.
Philip is a graduate of Mechanical engineering and an NDT inspector with vast practical knowledge in other engineering fields, and software.
He loves to write and share information relating to engineering and technology fields, science and environmental issues, and Technical posts. His posts are based on personal ideas, researched knowledge, and discovery, from engineering, science & investment fields, etc.
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