ABB's strategic robotics offensive in China

Strategic decision: ABB is accelerating its market leadership in China's booming robotics industry

ABB, the Swiss technology group, is implementing a comprehensive strategy to strengthen its position in the Chinese robotics market and unlock new growth opportunities. This strategic initiative comes at a crucial time, as the global robotics market is undergoing a transformation and China is the world's largest consumer of industrial robots.

The current market situation in China

China dominates the global robotics market to an unprecedented degree. In 2023, the country installed approximately 276,288 new industrial robots, representing about 51 percent of all installations worldwide. This impressive market share underscores China's position as the undisputed world leader in industrial robotics. With an operational fleet of nearly 1.8 million industrial robots, China boasts the largest robot fleet in the world.

The development of robot density in China demonstrates the rapid growth of automation in the country. China increased its robot density from just 68 robots per 10,000 workers in 2019 to 470 units in 2023, thus surpassing Germany. This remarkable increase reflects the Chinese government's systematic efforts to boost productivity through automation and counteract the looming skilled labor shortage.

The Chinese robotics market also faces challenges. After years of record growth, the market saw a two percent decline in new installations in 2023. This period of weakness is attributed to various factors, including the slower economic recovery following the COVID-19 pandemic and sales difficulties faced by Western automakers in China. Despite this short-term weakness, experts anticipate a continuation of long-term growth, although perhaps not at the double-digit rates of the past.

ABB's new robot families for the Chinese market

ABB is responding to the specific market conditions in China with the introduction of three new robot families specifically designed for the mid-market segment. This strategic decision is based on the understanding that the mid-market segment expanded at an average annual growth rate of 24 percent between 2021 and 2024, and further growth of approximately eight percent annually is expected until 2028.

The three new robot families cover different application areas and target groups. The Lite+ model was specifically designed for basic material handling and pick-and-place tasks. Its compact design and user-friendly operation make it easier for smaller companies to get started with automation. This model is initially available in China and Asia and integrates seamlessly with other ABB robots to create flexible end-to-end solutions.

The PoWa is a compact collaborative robot that combines speed with teamwork. With movement speeds of up to 5.8 meters per second, it is particularly well-suited for fast pick-and-place, palletizing, and machine operation tasks. Easy commissioning through no-code programming and plug-and-play technology allows for deployment within one hour, making it ideal for small and medium-sized enterprises.

The new generation of the IRB 1200 has been launched worldwide and is optimized for high-speed, high-precision tasks such as assembly, polishing, and dispensing. Approximately 20 percent lighter and more compact, the robot enables space-saving manufacturing cells and increases throughput and efficiency. All three robot types are based on the unified OmniCore control platform, which integrates AI, sensor, cloud, and edge computing systems.

Technological innovations and artificial intelligence

ABB is increasingly focusing on integrating artificial intelligence to simplify robot programming. At the presentation of its new models in Shanghai, the company unveiled a revolutionary AI solution for voice-controlled programming. This innovative technology enables the robot to visually perceive its environment, process spoken instructions in real time, and translate them directly into precise movements.

The development of voice-controlled robot programming represents a significant advancement in automation technology. Traditionally, programming robots was too complex for smaller customers and required specialized knowledge. The use of artificial intelligence drastically lowers this hurdle. Sami Atiya, head of ABB's robotics division, emphasizes: "With AI, this will change dramatically." The new cobot boasts the remarkable feature of being able to be unpacked and ready for operation within 60 minutes.

The technological innovation goes beyond simple voice control. The system combines generative and analytical AI methods, which significantly shorten the learning process for robots. The collaborative robot PoWa is controlled by the "See, Speak, Do" method, in which it uses computer vision to perceive its environment, processes voice commands, and executes corresponding actions.

Local production and strategic positioning

A key aspect of ABB's China strategy is local production. Already, over 90 percent of ABB robots for Chinese customers are manufactured locally. The state-of-the-art mega-factory in Shanghai, opened in 2022 with an investment of US$150 million and covering an area of ​​67,000 square meters, plays a crucial role in this.

This production facility embodies ABB's "local-for-local" strategy and strengthens the entire value chain in China. The factory utilizes state-of-the-art digital and automation technologies to manufacture next-generation robots. Instead of traditional fixed assembly lines, flexible, modular manufacturing cells are used, digitally networked and operated by intelligent, autonomous mobile robots.

The strategic importance of local production is also evident in the responsiveness to market needs. Henry Han, Head of ABB Robotics in China, explains: “Our local production and development enable us to respond quickly to market needs and make cutting-edge technology available.” This proximity to the customer and the ability to adapt rapidly represent significant competitive advantages.

Market position and competitive environment

ABB maintains a strong position in the Chinese robotics market, particularly in the high-end segment, where it is one of the two leading suppliers. China accounts for approximately 30 percent of ABB's total robotics business, underscoring the strategic importance of this market. In 2024, ABB's robotics division generated revenue of US$2.3 billion, representing about seven percent of the group's total revenue.

The competitive landscape in China is increasingly dominated by local suppliers. Chinese robot manufacturers increased their market share in their domestic market from 30 percent in 2020 to 47 percent in 2023. In certain sectors, such as the metal industry and mechanical engineering, Chinese suppliers even achieve a market share of 85 percent. This development poses a significant challenge for Western manufacturers.

Despite growing local competition, ABB still sees good opportunities for Western robot manufacturers. Sami Atiya emphasizes that Chinese customers also appreciate innovative and high-quality robots from Western manufacturers, provided they offer genuine added value. While competition from lower-priced Chinese manufacturers is noticeable, these companies ultimately need to turn a profit.

Target groups and application areas

ABB's new robotics initiative is specifically aimed at medium-sized businesses and emerging industries that have previously seen little automation. The mid-market segment offers particular growth opportunities, as smaller companies are increasingly seeking user-friendly and cost-effective automation solutions. The new robot families are ideally suited for use in high-growth sectors such as electronics, consumer goods, and general manufacturing.

The price range for the new robots is between $20,000 and over $100,000, depending on the features. This pricing makes the technology accessible to a broader customer base and allows even smaller companies to benefit from automation.

Of particular interest is the focus on the electronics industry, which has become the main customer and growth driver for industrial robots in China since 2016. Almost two-thirds of all industrial robots in the global electronics industry were installed in China alone in 2023. This concentration offers ABB significant market opportunities.

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Economic significance and future prospects

The Chinese robotics market is of enormous economic importance to the global industry. With an estimated market volume of US$6.31 billion in 2024 and a projected US$20.33 billion by 2032, its considerable growth potential is evident. The average annual growth rate of 13.9 percent during the forecast period underscores the dynamism of this market.

The Chinese government actively supports this development through strategic initiatives. China has designated robotics as a key industry in a five-year plan and established a publicly funded venture capital fund for robotics, artificial intelligence, and cutting-edge innovations. Local governments and the private sector are expected to contribute the equivalent of approximately €128 billion over a twenty-year period.

ABB is confident about the long-term development of the Chinese market. Robotics chief Sami Atiya explains: “The Chinese market is healthy and will continue to grow.” Even if the era of double-digit growth may be over, demand is rising steadily. This assessment is based on structural factors such as the looming shortage of skilled workers and the ongoing drive to increase productivity in manufacturing.

Automation as an answer to the skills shortage

A key driver of robot demand in China is the looming skilled labor shortage. Like many developed economies, China faces the challenge of an aging population and a lack of qualified manufacturing workers. Automation and robotics offer a strategic response to these demographic challenges.

The importance of automation is also evident in global developments. Germany, too, is struggling with a persistent shortage of skilled workers, with 82 percent of German companies currently having vacancies that they are finding difficult to fill. In this context, AI-based automation solutions are coming into focus as a way to relieve the burden on the workforce and close productivity gaps.

Automation not only offers a solution to the skilled labor shortage but also opportunities to improve the quality of work. Robots can take over dangerous, monotonous, or physically demanding tasks, thereby freeing up human workers for more valuable activities. This development is leading to a transformation of the working world, in which humans and machines increasingly collaborate.

Technological Trends and Innovation

The robotics industry is undergoing a period of intense technological innovation. Artificial intelligence, machine learning, and advanced sensor technology are revolutionizing the capabilities of industrial robots. AI-powered vision systems enable robots to recognize and understand their work environment and to act autonomously.

A particularly important trend is the development of AI vision systems, which enable robots to operate even in unstructured and dynamic environments. These systems combine machine learning with computer vision to precisely recognize and manipulate objects. Companies like Micropsi Industries have developed software, such as MIRAI, that allows robots to adapt to variations in position, shape, light, and color in real time.

Voice control of robots represents another significant innovation. Microsoft, for example, has extended ChatGPT to allow intuitive voice control of robotic arms, drones, and household assistants. This development makes robotics technology accessible to a broader user base and reduces the need for specialized programming skills.

Global Market Dynamics and Competition

The global industrial robot market is dominated by a few large manufacturers. ABB, the world's second-largest manufacturer of industrial robots after Japan's Fanuc, faces intense competition from companies like Yaskawa, KUKA, and Mitsubishi Electric. These "Big Four" of the robotics industry compete in both traditional markets and emerging application areas.

Particularly noteworthy is the rise of Chinese robot manufacturers. Companies like QJAR have begun to displace Western competitors in key projects. For example, QJAR won a major Alibaba project against ABB, Fanuc, Yaskawa, and KUKA, demonstrating the growing competitiveness of Chinese suppliers.

The international expansion of Chinese robot manufacturers is gaining momentum. These companies are leveraging their cost advantages and experience in the Chinese market to establish a foothold in other regions. For example, the Chinese automation group Estun is aiming for a market share of five to ten percent in Europe.

Sustainability and circular economy

Sustainability is a key aspect of modern robotics development. Industrial robots have a lifespan of up to thirty years, opening up new opportunities for refurbishment and upgrades. Manufacturers such as ABB, Fanuc, KUKA, and Yaskawa operate specialized repair centers to overhaul or upgrade used equipment in a resource-efficient manner.

This “prepared-to-repair” strategy not only contributes to cost savings but also makes an important contribution to the circular economy. By extending the lifespan of robotic systems, resources can be conserved and environmental impact reduced.

Energy efficiency is also becoming an important differentiator. Modern robots are increasingly optimized to consume less energy while delivering higher performance. This development is particularly relevant in light of rising energy costs and stricter environmental regulations.

Collaborative robotics and cobots

Collaborative robotics is a particularly dynamic area of ​​robotics development. Cobots (collaborative robots) are designed to work safely alongside humans without the need for safety devices. This characteristic makes them especially attractive for smaller companies and new application areas.

The market for collaborative robots is growing at an above-average rate. In the automotive industry, major manufacturers such as BMW, Mercedes-Benz, and Ford are increasingly using cobots for various manufacturing processes. The versatility and ease of integration of cobots make them an attractive alternative to traditional industrial robots.

China has also become a major market in the cobot sector. Chinese manufacturers such as Warsonco, Hualian, Anhui Jitri, JAKA, and Chenxing offer a wide range of collaborative robots for various applications. These local suppliers compete with international manufacturers on both price and specialized features.

ABB's dual strategy: Robotics spin-off and China expansion in the face of technological change

ABB's robotics offensive in China comes at a strategically important time. The company has announced plans to spin off its robotics division by the second quarter of 2026 and list it as an independent company on the stock exchange. This decision underscores the strategic importance of the robotics business and the need to respond flexibly to market changes.

Despite short-term fluctuations, the long-term outlook for the Chinese robotics market remains positive. Structural drivers such as the shortage of skilled workers, rising labor costs, and the need for higher productivity will continue to fuel demand for automation solutions. ABB's strategy of tapping into the mid-market segment while simultaneously driving technological innovation positions the company well for future growth.

The integration of artificial intelligence into robotic systems will fundamentally transform the industry. Voice-controlled programming, autonomous adaptation to changing environmental conditions, and self-learning systems will significantly expand the range of applications for robots. These developments will make robotics technology accessible to a broader customer base and open up new fields of application.

ABB's comprehensive China strategy, which combines local production, technological innovation, and targeted product development, demonstrates a well-considered approach to addressing the challenges of a rapidly changing market. The success of this initiative will depend significantly on how well the company balances global expertise with local adaptation while simultaneously competing with growing Chinese rivals.

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