The global robotic welding market is expected to grow at a rate of 7.32% CAGR during the assessment years, 2022-2030

The global robotic welding cell market share is expected to grow from $1,240.18 Million in 2022 to $1,919.62 Million by 2028


It is expected to grow at a compound annual growth rate of 7.6% from 2022 to 2028. Smart Factory is a key feature of Industry 4.0. Smart Factory is adopting the so-called Quiet System. Quiet system can manage both the physical and virtual world.

NEW YORK, Sep 27, 2022 (GLOBE NEWSWIRE) – announces release of “Robot Welding Cells Market Forecast to 2028 – Impact of COVID-19 and Global Analysis by Supply, Cell Type, End Use Industry” –
These systems are called background systems and work to some extent behind the scenes. A quiet system is aware of its surroundings and the things around it. It can also be provided with soft information related to created objects, such as drawings and models. A smart factory with hundreds or even thousands of smart devices capable of self-improving production will result in virtually no downtime in production. This leads to the growth of the robotic welding cell market.

Collaborative robots or cobots are designed to work safely alongside humans in boring, boring, and dangerous environments. Unlike traditional industrial robots that operate in fenced facilities to avoid proximity to humans, cobots work in a co-working space alongside human labor.

Traditional industrial robots have long allowed manufacturers to take advantage of automation and compensate for labor shortages, but they are often designed to perform a specific task.

Furthermore, they lack cognitive abilities due to humans’ need to reprogram their operations based on new conditions, and kobots, in contrast, do not require heavy, pre-programmed actuators to drive them.

For example, Robotics 2020 focuses on strategic research on robotics, including industrial robotics in the region, and under the Horizon 2020 project, the government has supported several research and innovation programs in the field of robotics.

Other initiatives include German Industry 4.0, which is leading the adoption of industrial automation in the region. Moreover, the government is also supporting small and medium enterprises in implementing industrial robots.
Cobot’s movements are directed by computer-controlled operators, such as robotic arms, which are monitored by humans. Thus, cobots facilitate effective human-machine collaboration in the workplace.
Cobots can be programmed to perform a wide range of tasks in a factory setting, such as material handling, item assembly, palletizing, packing, labeling, product quality inspection, welding, pressure fitting, driving bolts and nuts, and screwing machines. Cobots attend to these mental tasks, and human workers can focus on tasks that require skills and reasoning.

The advantages of cobots are likely to drive the growth of the robotic welding cell market during the forecast period.

The Asia Pacific region has the potential to dominate the market share of robotic welding due to advances in manufacturing and increasing industrial automation. In addition, the advent of Industry 4.0 welding technology is expected to drive industry progress. The emergence of multiple manufacturing sites is expected to support market progress. For example, in February 2021, OLA chose ABB as one of its partners to open the Mega Scooter plant in India. Several regional government agencies are increasingly promoting industrialization by increasing foreign direct investment, tax cuts, subsidies, and other funding provisions to attract manufacturing bases in the new region. Some of the most important initiatives in the region are “Made in China 2025” and “Made in India” by the relevant government agencies.

Increased investment in manufacturing sectors, such as electronics and machinery, is likely to drive up the demand for robotic welding cells market during the forecast period. In North America, the presence of some prominent players can stimulate the demand for Automated Welding Cells market.

In addition, significant investments in robotic welding cells could drive the development of the market, as the region increasingly relies on automated systems in the automotive and other sectors.

Improved working conditions and advances in technology have increased the region’s demand for robotic welding cells. Europe (especially Germany, UK and France) is an important global market area for robotic welding cells.

Manufacturing is the backbone of the European economy.

The Fourth Industrial Revolution (Industry 4.0) has affected the manufacturing industry, which began in developed countries and expanded into increasingly emerging markets. The mass use of sensors has the potential to transform manufacturing methods in Europe as communications and wireless networks expand and robots and smart machines increasingly deploy. These digital industrial revolutions promise greater production flexibility, mass customization, higher speeds, higher quality and higher productivity, which has created the need to focus deeply on technology and enhance the competitiveness of the European robotic welding cell market. Strong growth is expected in the Middle East and SAM countries. The increasing need for automation in all industries and significant growth in technology is expected to drive up the demand for robotic welding cells market, which is expected to drive the robotic welding cells market in MEA and SAM region during the forecast period. Due to the containment measures imposed by various governments, since 2021, the region has shown a positive trend towards the introduction of automated systems, including robotic welding cells.

The major players in the robotic welding cell market are ABB Ltd; Acieta LLC; CARL CLOOS SCHWEISSTECHNIK GMBH; KAWASAKI HEAVY INDUSTRIES, LTD; KUKA AG; Phoenix Industrial Solutions; Lincoln Electric Company; WEC Group Ltd. Yaskawa America, Inc. ; and ZEMAN Bauelemente GmbH. The report also includes secondary research on other companies that hold a significant market share for Automated Welding Cells.

The total size of the Automated Welding Cells market has been derived using both primary and secondary sources. To start the research process, a thorough secondary research was conducted using internal and external sources to obtain qualitative and quantitative information about the Robotic Welding Cells market.

The process also serves the purpose of getting an overview and forecast of the Robotic Welding Cells market with respect to all the segments related to the region and multiple preliminary interviews have been conducted with industry participants and commentators to validate the data and gain further analysis. Insights into the robotic welding cell market.

The process involves industry experts such as vice presidents, business development managers, market intelligence managers, national sales managers, and external consultants such as evaluation experts, research analysts, and key opinion leaders who specialize in the Automated Welding Equipment market.
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