Traditional ways of sewing that rely on human hands or sewing machines have gone through a drastic change as industry have created a 3D sewing robotic arm. The robotic arm can quickly scan pieces of cloth with a laser scanner, sew them together based on programmed patterns and cut threads. The whole process only takes a few minutes.
The 3D robotic arms are currently applied to the sewing of automotive interiors. automobile manufacturing is a highly automatic industry, but this is not the case in making automotive interiors, which relies on human workers. The 3D robotic arm could increase production efficiency without lowering the product quality.
Robotic 3D assembly offers very interesting possibilities and potentials for high-tech and high-quality garment manufacturing.
During the fabric dyeing process, it is essential that parameters such as the temperature, pressure, water level, water flow, time of treatment and formula all remain consistent to achieve a uniform shade. To ensure quality standards are met, a central computerized management system can control these processes extremely accurately. The aim is to realise technologies for efficient manufacturing solutions that allow an improved quality, cost reduction and fast response to consumer market.
Its adverse impact on the textile and textile products (TPT) sector in the Asia-Pacific (APAC) region in 2020 led to retail sales plummeting in key export markets and workers and enterprises throughout supply chains getting affected.
When initial reports of the novel coronavirus spreading in parts of China arrived, few had imagined the extent of the heath and economic catastrophe that would lead to. The shift towards the crisis began slow, but accelerated every week soon after.
Massive drops in working hours due to the COVID-19 crisis have had a devastating effect on jobs and incomes in APAC, according to ILO, whose Asia-Pacific Employment and Social Outlook 2020 released in December estimates that the economic backlash of the COVID-19 pandemic wiped out some 81 million jobs in 2020.
Explore 42 market data Tables spread through nearly 48 Pages and in-depth analysis on “Global 3D Sewing Robots Market by Application (Clothes, Footwear, Home Décor, Bags & Fashion Accessories, Car Interiors, Others) and by Region (Americas [includes both North and South America], Europe, Asia Pacific), Global Trends and Forecast from 2019 to 2026” for Table of Content
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Traditional ways of sewing that rely on human hands or sewing machines have gone through a drastic change as industry have created a 3D sewing robotic arm.
The robotic arm can quickly scan pieces of cloth with a laser scanner, sew them together based on programmed patterns and cut threads. The whole process only takes a few minutes. The 3D robotic arms are currently applied to the sewing of automotive interiors. automobile manufacturing is a highly automatic industry, but this is not the case in making automotive interiors, which relies on human workers. The 3D robotic arm could increase production efficiency without lowering the product quality.
The Global 3D Sewing Robots Market is expected to grow at more than 6.2% CAGR from 2019 to 2026. It is expected to reach above USD 135 million by 2026 from a little above USD 97 million in 2019.
Key players are increasing their share in the market by anticipating future demand and innovating. They are adopting the strategy of mergers and acquisition to enter the arena which was not touched before.
The key companies in Global 3D Sewing Robot Market are PFAFF Industriesysteme und Maschinen GmbH, Sewbo, Softwear Automation, Inc., ROKAE, etc. The future of the industry depends on how these companies can convince the textile manufacturers to adopt the technology in addition to securing of funds to fulfil the unit requirement considering they are small start-ups.
Key Market Segments: Global 3D Sewing Robot Market
Important countries in all regions are covered (Total country profiles 25)