company news about Global Welding Market Progress Analysis in 2025 Focusing on the Chinese, European and North American Markets

Amid the wave of profound transformation and industrial upgrading in the global manufacturing sector, the welding market, as a key supporting area for industrial development, is experiencing unprecedented opportunities and challenges. This analysis will delve deeply into the development trends of the global welding market in 2025, with a particular focus on the three core markets of China, Europe, and North America. It will provide insights into their market size, growth trends, technological innovation directions, as well as the opportunities and challenges they face. International welding system certification plays an indispensable role in the development and integration of global welding (the application of relevant welding standards such as AWS, ASME, EN and ISO is increasingly important).

一、Overall Trends of the Global Market

（一）Market size and growth

Welding equipment market

Over the past few years, the global welding equipment market has maintained a steady pace of development. Looking back to 2023, its market size has already reached 19.72 billion US dollars. This figure directly demonstrates the indispensable position of welding technology in numerous industries such as construction, automobiles, and energy. Looking ahead, from the perspective of market development trends, it is expected that by 2030, the market size of welding equipment will continue to expand at a compound annual growth rate of 5.1%.

In the field of architecture, the acceleration of urbanization and the continuous emergence of infrastructure construction projects have led to a large number of steel structures needing to be assembled through welding processes. For instance, in the construction of skyscrapers in numerous cities, welding technology ensures a stable connection between each steel beam, laying the foundation for the safety and stability of the buildings.

As an important application field of welding equipment, the automotive manufacturing industry has seen a trend of diversified and high-end demand for welding equipment with the steady increase in car production, especially the rise of new energy vehicles. To achieve lightweight design, new energy vehicles extensively use lightweight materials such as aluminum alloys and magnesium alloys. The welding of these materials requires more advanced and precise welding equipment.

In the energy industry, whether it is the traditional laying of oil and gas pipelines or the emerging construction of wind power and solar power stations, welding technology plays a crucial role. In the construction of oil pipelines, high-quality welding ensures the safe transportation of crude oil. In wind farms, welding technology firmly connects the huge towers and blades together, ensuring the stable operation of the wind turbines.

Welding gas/shielding gas market

In 2024, the market size of welding gases/shielding gases is approximately 3.06 billion US dollars. From a long-term development perspective, the potential for future growth is considerable. It is expected that by 2032, the market size will grow significantly to 5.99 billion US dollars, with a compound annual growth rate as high as 8.74%.

The vigorous development of the new energy vehicle industry is one of the core driving forces for the growth of the welding gas market. In the production process of lithium batteries, the welding of electrodes to battery components has strict requirements for the purity and composition of gases. The precise use of specific welding gases can effectively enhance the performance and safety of batteries. Take Tesla as an example. In the welding process of its battery packs, it is extremely strict in the selection and control of welding gases to ensure the high energy density and long service life of the batteries.

In fields such as aerospace and high-end mechanical manufacturing, to ensure welding quality, specific shielding gases are required when welding lightweight materials like aluminum alloys and titanium alloys to prevent oxidation and the formation of other defects. In the manufacturing of aero engines, the use of welding shielding gases ensures high-quality welding between high-temperature alloy components and meets the performance requirements of the engine under extreme working conditions.

Welding fume purification equipment

With the continuous awakening of global environmental awareness and the increasingly strict environmental regulations, the market for welding fume purification equipment has also ushered in a favorable development opportunity. It is expected that by 2025, its market size will reach 60.81 million US dollars. In the Asia-Pacific region, especially in China, with its huge manufacturing scale and extensive demand for welding operations, the demand for welding fume purification equipment has seen explosive growth against the backdrop of increasingly strict environmental protection regulations, accounting for 50% of the global market share.

In China, many manufacturing enterprises have invested a large amount of money in purchasing advanced welding fume purification equipment in order to meet environmental protection standards. These devices can not only effectively filter out harmful gases and particles produced during the welding process, improve the working environment for workers, and reduce occupational health risks, but also reduce pollution to the surrounding environment and achieve sustainable development of enterprises. Some large steel enterprises have installed efficient welding fume purification systems in their production workshops, which have significantly improved the air quality inside the workshops and also met the strict requirements of local environmental protection departments.

（二）The direction of technological innovation

Intelligence and automation have already become the core trends in the development of welding technology. Under the backdrop of Industry 4.0 and intelligent manufacturing, welding robots, with their high precision, high efficiency and stable reliability, are increasingly widely used in industrial production. They can precisely complete various complex welding tasks according to preset programs, greatly reducing the influence of human factors on welding quality.

BMW's iFACTORY is a typical representative of intelligent welding. By introducing advanced AI visual inspection technology, welding robots can monitor the quality of weld seams in real time and accurately during the welding process. Once defects such as deviations and pores in the weld seam are detected, the robot can immediately and automatically adjust the welding parameters and make corrections, thereby significantly improving the welding quality and production efficiency, ensuring that the welding quality of every BMW car body meets the top standards.

Laser welding technology, as an advanced welding process, has been widely applied in industries such as automobiles, electronics, and aerospace due to its significant advantages including high energy density, fast welding speed, and small heat-affected zone. In the field of automotive manufacturing, laser welding is often used for the connection of body structural components. It not only enables lightweight design, reduces the weight of the vehicle body and lowers energy consumption, but also enhances the strength and safety of the vehicle body. In the electronics industry, laser welding can be used for the welding of precision electronic components, meeting the production requirements of miniaturization and high precision of electronic products.

Green welding

In response to global environmental protection policies and to promote sustainable development, green welding technology is gradually becoming a new direction for the industry's development. Compared with traditional manual arc welding, gas shielded welding has the advantages of stable welding process, less smoke and spatter, which can effectively reduce environmental pollution, and at the same time improve welding quality and production efficiency.

Some enterprises are also committed to developing efficient smoke and dust purification systems. For instance, a well-known German enterprise has developed a welding smoke and dust purification system with a purification rate as high as 99%. This system adopts advanced filtration technology and intelligent control algorithms, capable of efficiently filtering and purifying harmful gases and particulate matter generated during the welding process, meeting the most stringent environmental protection policy requirements in regions such as the European Union and China. More and more welding equipment manufacturers are beginning to pay attention to the energy-saving design of their equipment. By adopting new power supply technologies and optimizing control algorithms, they aim to reduce the energy consumption of the equipment during operation and achieve green and low-carbon development in welding production.

二、Chinese market: Policy-driven and industrial upgrading

（一）Policy support and foreign investment layout

Government strategy

Welding technology, as a key and fundamental technology in manufacturing, has been explicitly listed as a strategic emerging industry and enjoys strong support from national policies. The 2025 government work report emphasized the significance of expanding opening up, actively creating a favorable investment environment, and attracting foreign investment to deeply participate in the upgrading process of the domestic industrial chain.

Henkel Group has invested 900 million yuan to build an adhesive innovation center. This significant move not only greatly enhances its R&D capabilities in the adhesive field but also injects strong impetus into the technological innovation and development of welding-related bonding, effectively promoting the advancement of China's manufacturing industry towards high-end and intelligent directions. Schneider Electric has expanded its medium-voltage production base. By introducing advanced international production technologies and management experiences, it has driven a comprehensive upgrade of domestic related industries in terms of technology, process and management, and enhanced the overall competitiveness of the industry.

Foreign capital confidence

Many multinational enterprises have continuously increased their R&D investment in China, fully demonstrating their firm confidence in the Chinese market and their strategic determination for long-term development. Eli Lilly has been continuously increasing its investment in the field of pharmaceutical research and development in China. The continuous construction and development of its R&D center in China will help promote the application and innovation of welding technology in the manufacturing of related medical equipment, meeting the growing domestic demand for high-end medical equipment.

Dassault Systemes plans to invest 1 billion euros over the next five years, focusing on industrial software and digital transformation. This strategic investment will provide more advanced digital design, manufacturing and management solutions for China's manufacturing industry, promote the deep integration of welding technology and digital technology, drive the rapid development of welding production towards intelligence, automation and digitalization, and effectively improve the efficiency and quality of welding production.

（二）Areas of demand growth

New energy vehicles

The rapid rise of the new energy vehicle industry has opened up broad development space for the welding market. In terms of lithium battery welding materials, the market size of copper welding wire and others has successfully increased to 1.5 billion US dollars in 2024. As the requirements for driving range and safety performance of new energy vehicles continue to rise, more stringent demands have been placed on the energy density, stability and reliability of lithium batteries. This urgently requires more advanced and higher-quality welding materials and technologies to ensure high-quality connections between battery components.

To achieve lightweight design of vehicle bodies while ensuring their strength and safety, automakers widely adopt new materials such as high-strength steel and light alloys, and the demand for their welding has also increased sharply as a result. For instance, in the manufacturing of new energy vehicle bodies, BYD extensively employs advanced welding techniques such as friction stir welding and laser welding to connect high-strength steel and light alloy materials, effectively enhancing the overall performance and quality of the vehicle bodies.

Architecture and Energy

In the fields of construction and energy, the application of welding equipment remains extremely extensive and indispensable. In the power industry, from the installation of substation equipment in power grid construction to the laying of power transmission lines, every link cannot do without the support of welding technology. In the construction of oil and gas pipelines, the quality of welding is directly related to the safe operation and service life of the pipelines, and the requirements for welding techniques and equipment are extremely high.

In 2024, the annual growth rate of China's welding equipment market will reach 8%, among which the demand for energy-saving power supplies will grow particularly prominently, with a growth rate as high as 10%. With the continuous and vigorous investment of the state in the construction of energy infrastructure and the constant strengthening of energy conservation and emission reduction targets, the market prospects for efficient and energy-saving welding equipment are extremely broad. For instance, in some large-scale wind power projects, new energy-saving welding equipment has been adopted, which not only enhances the welding efficiency but also reduces energy consumption, achieving a win-win situation in both economic and environmental benefits

（三）Technological breakthrough

Laser welding

Handheld and automatic laser welding technologies have become increasingly mature in China and have been widely applied in key areas such as the manufacturing of new energy vehicles. Take BYD as an example. On its battery pack welding production line, advanced laser welding technology has achieved high-quality welding of battery electrode sheets and connection sheets by precisely controlling laser energy and welding parameters, greatly enhancing the performance and reliability of battery packs. Laser welding technology, with its numerous advantages such as fast welding speed, aesthetically pleasing weld seams, and no need for filler materials, can effectively enhance production efficiency, reduce production costs, and improve product quality, playing a crucial role in the manufacturing of new energy vehicles.

Green technology

The localization production process of welding fume purification equipment is accelerating continuously. Chinese enterprises such as Boying Special Welding have not only successfully met the strong domestic market demand for welding fume purification equipment by setting up factories in Vietnam, but also actively expanded overseas markets, radiating to Southeast Asia. Domestic enterprises have been continuously increasing their investment in research and development, constantly improving the performance and quality of their products, and reducing production costs, which has enabled their products to have strong competitiveness in the international market. Some enterprises have developed welding fume purification equipment that adopts advanced filtration technology and intelligent control algorithms. It can automatically adjust purification parameters according to the actual working conditions of welding operations, ensuring efficient purification effects while reducing equipment energy consumption and achieving the goal of energy conservation and environmental protection.

三、European market: High-end Manufacturing and Green Transformation

（一）The benchmarking role of German industry

Leading in technology

As a brilliant pearl of European industry, Germany has always held a leading position in the world in the field of welding technology. Siemens' digital twin technology plays an irreplaceable and crucial role in the virtual commissioning of welding production lines. By building a digital model of the welding process, comprehensive and in-depth optimization and verification of the welding technique can be carried out before actual production. This innovative technology effectively reduces the debugging time and cost in actual production, significantly improving production efficiency and product quality.

BMW's iFACTORY factory has perfectly integrated AI visual inspection technology with welding production, achieving real-time and precise monitoring of welding quality. By rapidly analyzing the image data during the welding process through AI algorithms, welding defects can be detected promptly and accurately, and the automatic correction mechanism can be immediately activated to ensure that the welding quality of every BMW car reaches the top level in the industry, setting a model for the high-quality development of the automotive manufacturing industry.

Industrial cooperation

In 2025, the China-Eu Industrial Tour focused on the field of intelligent manufacturing. Both sides actively carried out in-depth exchanges and cooperation, and visited well-known institutions such as the Fraunhofer Society and BASF. The Fraunhofer Society has profound technical accumulation, advanced R&D equipment and a professional scientific research team in the field of welding technology research. Through close cooperation with Chinese enterprises and research institutions, it can promote knowledge sharing and technical exchanges in the field of welding technology innovation between the two sides, jointly solve welding technology problems and promote the cutting-edge development of welding technology.

As a global giant in the chemical industry, BASF has unique technological advantages and rich experience in the research and development of welding materials. Cooperation with Chinese enterprises helps to widely apply their advanced welding materials in more fields, enhance the technological level of China's manufacturing industry in the application of welding materials, and achieve complementary advantages and common development at the industrial level for both sides

（二）Driven by environmental protection regulations

Green welding standard

The "Industry 4.0" strategy of the European Union has put forward extremely strict requirements for the low-carbonization and environmental protection of welding equipment. In response to this strategic goal, German enterprises took on the heavy responsibility and led the research and development of low-smoke laser welding systems. Through meticulous optimization of laser parameters and welding processes, this system significantly reduces the generation of smoke and dust during the welding process, while further enhancing the welding quality and production efficiency.

Germany has also formulated and implemented a series of strict environmental protection regulations and standards, imposing strict limits and supervision on pollutant emissions during welding operations. This has prompted enterprises to continuously increase their investment in the research and development of welding technology and equipment, actively adopt more environmentally friendly and efficient welding processes, and promote the entire welding industry to develop in a green and sustainable direction.

The demand for energy transition

With the acceleration of Europe's energy transition process, the demand for welding of energy storage and new energy equipment has shown a rapid growth trend. At The Smarter E Energy Exhibition, numerous innovative solutions for electric vehicle welding were showcased. These solutions adopt advanced welding technologies and materials, which can perfectly meet the welding requirements of key components such as battery packs and motors of electric vehicles, providing strong technical support for the vigorous development of the new energy vehicle industry in Europe.

In the fields of new energy such as wind power generation and solar power generation, welding technology is also constantly innovating and upgrading to meet the demands of large-scale production and efficient stable operation of new energy equipment. For instance, in the manufacturing of large-scale wind turbines, new welding techniques and materials have been adopted to ensure the connection strength and reliability between the tower and the blades, thereby enhancing the power generation efficiency and service life of the wind turbines.

（三）Market challenges

In the European market, localized operation is a major challenge for enterprises. Take the establishment of a factory by Rison Technology in Mexico as an example. The enterprise needs to fully consider factors such as the complex cultural differences and high-temperature working environment in the local area. Cultural differences may lead to obstacles in management communication and difficulties in unifying employees' working habits. Therefore, enterprises need to formulate and implement effective cross-cultural management strategies, and strengthen cultural integration and team building.

High-temperature working environments impose higher requirements on the performance and reliability of welding equipment. Enterprises need to make targeted improvements and optimizations to their equipment, adopt high-temperature resistant materials, and optimize heat dissipation designs, among other measures, to ensure that the equipment can operate stably and reliably in harsh high-temperature environments and guarantee the smooth progress of production

四、North American market: Technological Innovation and defense demands

（一）Dynamics of the US market

Dominated by automated equipment

The welding market in the United States is dominated by automated equipment, and the penetration rate of welding robots is at a relatively high level. The multi-functional equipment such as the POWER MIG 215 MPi launched by Lincoln Electric, with its advanced welding performance and intelligent control functions, can flexibly meet the diverse needs of different users in industrial manufacturing and civilian fields.

In the field of industrial manufacturing, this equipment can be applied in industries such as automotive parts manufacturing and mechanical processing, achieving efficient and precise welding production. In the civilian field, it can be used for home decoration, processing of small metal products, etc., providing convenient and reliable welding solutions for ordinary consumers. Its intelligent control system can automatically adjust the welding parameters according to different welding materials and process requirements, ensuring the stability and consistency of the welding quality.

National defense and infrastructure investment

The federal government's increase in defense spending has brought new development opportunities to military manufacturing fields such as ships and submarines. Among these military projects, welding technology is a key process to ensure the structural strength and sealing performance of the equipment. For instance, during the construction of aircraft carriers, a large amount of high-strength steel needs to be connected through high-precision welding techniques to withstand tremendous water pressure and complex Marine environments.

Meanwhile, the increase in infrastructure construction investment has also promoted the application of welding equipment in construction projects such as Bridges and roads. In bridge construction, welding technology is used to connect steel beams and piers, ensuring the stability and safety of the bridge. In road construction, welding equipment can be used to manufacture and install road signs, guardrails and other facilities.

（二）The landscape of technological competition

Corporate mergers and acquisitions are active.

Industry giants such as Lincoln Electric and Illinois Tools Works have been continuously expanding their market share and enhancing their market competitiveness by actively carrying out enterprise merger and acquisition activities. For instance, ESAB acquired a cutting technology company. By integrating the technological, market and resource advantages of both parties, it achieved rapid business expansion and enriched and improved its product line. Corporate mergers and acquisitions not only help enterprises acquire advanced technologies and mature market channels in the short term, but also optimize resource allocation, reduce production costs, and enhance the profitability and risk resistance of enterprises.

Material innovation

North American enterprises have made a series of important breakthroughs in the welding processes of high-strength steel, titanium alloys and other materials. 70% of the fuselage of the Boeing 787 is welded with laser technology. This innovative application not only realizes the lightweight design of the fuselage, effectively reducing the aircraft's fuel consumption and operating costs, but also enhances the overall strength and reliability of the fuselage, improving the aircraft's performance and safety. Through continuous research and development and application of new welding materials and processes, North American enterprises have maintained a leading position in technology in fields such as aerospace and high-end equipment manufacturing.

五、Regional comparison and Future outlook

Future trends

Global industrial chain synergy: Chinese enterprises have been actively laying out overseas markets by setting up factories in Vietnam, Mexico and other places, making full use of local resources and market advantages. European and American enterprises have increased their investment in research and development in China, taking advantage of China's huge market and abundant human resources to achieve technological innovation and industrial upgrading. This model of coordinated development of the global industrial chain will promote in-depth cooperation and exchanges among enterprises of various countries in welding technology and the market, and form a favorable development pattern of technological complementarity and resource sharing.

Carbon neutrality goal: Against the backdrop of the global promotion of the carbon neutrality goal, green welding technologies such as hydrogen energy welding will become a key research and development direction for China, the United States and Europe. By developing and applying green welding technologies, carbon emissions during the welding process can be effectively reduced, the impact on the environment can be mitigated, and the sustainable development of the welding industry can be achieved. Meanwhile, governments and enterprises of all countries will increase their investment in the research and development of green welding technologies, promoting rapid breakthroughs and wide application of related technologies.