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3D Sewing Robot Market Growth 2022 is Poised to Exhibit A Moderate 6.24% CAGR in Emerging Economies Globally by Forecast 2028The growth of the Global 3D Sewing Robot market is primarily driven by increasing demand for material handling equipment from established companies in the manufacturing industry. Development of sewing robots to bring the fashion industry back from low-wage countries to the European sales market. Their innovation aims to solve several problems at once. ![]() The new technological development towards the adoption of automation in textile is also required skilled labor. In order to overcome this challenge, the industry is innovating 3D sewing robots. These robotic systems are gradually gaining acceptance in the textile industry due to its niche uses. Based on consumer needs these robots comes in different systems that can deliver specific requirements. Automated sewing robots can efficiently sew fabrics, wool and leather material. These robots are made through the combination of sewing heads, grippers, and various robotic arms to complete the job. The robotic arms come with a laser scanner that can scan pieces of clothes and are mainly applied in sewing fabrics for automotive interiors. These sewing robots also find application across Cleanroom Apparel, footwears, bags & fashion accessories, and home décor industries. Access PDF Sample Report (Including Graphs, Charts & Figures) @ https://exactitudeconsultancy.com/reports/739/3d-sewing-robot-market/#request-a-sample Clothing and footwear application is the largest and the highest growing segment as many efforts have been made by the shoe and clothing industry to fully or partially automate some parts of the manufacturing process and minimize human errors. For instance, Adidas, the sports apparel giant is pushing the limits of technology with its innovative Futurecraft division. Further, the potential return of large sports events like the Olympic and Paralympic Games and the rise in popularity of outdoor and home-based sports after the pandemic would offer significant growth opportunities for Sportwear sector, and hence the 3D robotic equipment. Asian region is the hub for textile industry and the demand growth for 3D Sewing Robot is dependent on the automation the region. The Key Industry Development February, 2021- Rokea announced formation of an intelligent manufacturing industrial park with industrial robot production as the core, body assembly, testing, after-sales, and system integration. February, 2019 – Softwear Automation introduced Sewbots-as-a-Service which is a rental lease service that allows manufacturers, brands, and retailers to source and manufacture in the US at a lower cost than outsourcing and with greater predictability and quality.
The Industry Currently Going Through Technological Shift and Fully Commercialization Would Need More Investment in Production Facilities The 3D Sewing Robot industry is still operated by smaller players and the equipment manufacturers have limited machine output owing to low investments. The present scenario for 3D Robots is mostly dependent on specific orders from textile manufacturing companies. Though the apparel and textile industry offer huge growth potential in the future, the mass production of textiles robots is yet to evolve in textile manufacturing industries. The textile industry is expected to secure or allocate more investments for securing 3D Sewing Robots and the orders from big international textile brands for Robotic machines is expected to grow. For instance, in Grab Full 48 Pages PDF Research Report with TOC@ https://exactitudeconsultancy.com/reports/739/3d-sewing-robot-market/ Key Market Segments: 3D Sewing Robot Market 3D Sewing Robot Market by Application, 2020-2026, (USD Millions, Thousand Units)
3D Sewing Robot Market by Region, 2020-2026, (USD Millions, Thousand Units)
Drivers and Restraints Cost Saving and Increased Operational Benefits Could Create New Business Opportunities The manual sewing methods require many labor and the material goes through several processes which impacts the overall output and quality of the finished goods. The manual sewing method is estimated to be around 35-40% of the total manufacturing cost, however, owing to the growth in demand for low-cost high-quality products companies' profit suffers. With the introduction and adoption of 3D Sewing Robots, the companies can benefit both in terms of productivity and cost measures. The automated sewing robots decreases the need for sewing laborers. For example, in Tianyuan's new factory, 3-5 people work on each of the 21 robotic production lines and as per the company estimates a labor decrease of 50-70% compared to the 10 workers on a conventional line have been identified. Low Availability of Technically Skilled Workers and Job losses of unskilled Labor Force is the big challenge As the industry move forward with automation it needs high technical worker which are difficult to find hence, it is one of the key challenge to the industry to educate and train the workers accordingly. The other key issue with the introduction of sewing robots, the jobs for labor may be at risk. For instance, according to the International Labor Organization (ILO), nearly 90% of textile, clothing, and footwear workers could eventually be replaced by robots in Pros and Cons of the System
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