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In March 2026, Siemens made frequent moves in the Chinese market, from hosting its first technology conference in Beijing to establishing strategic partnerships with CITIC Group and BLT, and expanding its AI manufacturing business in the United States. This German industrial giant with more than 150 years of history is accelerating the implementation of its technology and the development of its ecosystem globally, with "industrial AI" as its core focus. And China is undoubtedly the main stage for this transformation.   I. The Inaugural Siemens Tech Summit: Defining a New Era of Industrial AI   From March 23rd to 24th, the Siemens Tech Summit was grandly opened at the Capital International Convention Center in Beijing. This marks the first time Siemens has held its flagship technology conference in China, bringing together over 1,500 industry leaders, technology pioneers, and developers, focusing on key areas such as industrial AI, digital twins, smart manufacturing, embodied intelligence, and AI computing power.   Roland Busch, Chairman, President, and CEO of Siemens, delivered a keynote speech on the first day of the summit and engaged in a high-level dialogue with Joseph Tsai, Chairman of Alibaba Group, Wang Xingxing, founder of Unitree Robotics, and Ni Jun, Chief Manufacturing Officer of CATL, discussing open cooperation and the path to industrial transformation in the AI ​​era.   Highlights of the Conference:   A 3,000-square-meter immersive exhibition area: showcasing the cutting-edge technologies and practical achievements of Siemens and over 40 ecosystem partners.   26 locally developed new products debuting: covering areas such as intelligent manufacturing automation, motion control, industrial network connectivity, power distribution, and building automation, driving industrial transformation through "Chinese-style innovation."   Over 70 thematic events + 7 industry forums: focusing on key topics such as intelligent computing power, simulation technology, the new energy vehicle industry chain, zero-carbon industrial parks, and global supply chain resilience.   In an interview with China News Service, Bo Leren stated, "China is not only a key market for Siemens but also one of the world's most important innovation centers. China's strong industrial foundation, open innovation ecosystem, and vast application market provide favorable conditions for the development of industrial AI."   II. Frequent Strategic Cooperation Agreements Signed: CITIC Group, BLT, Alibaba Cloud   Siemens Reaches Strategic Cooperation Agreement with CITIC Group   On March 22, Siemens and CITIC Group signed a strategic cooperation agreement, opening a new chapter of comprehensive and in-depth cooperation. Both parties will leverage their respective operational advantages and global footprint to promote Sino-German industrial cooperation, drive digital transformation empowered by advanced technologies, and deepen multi-level cooperation in finance, industry, and green development.   CITIC Group Chairman Xi Guohua stated, “This strategic cooperation agreement marks a new stage in the cooperation between the two parties. CITIC is willing to work hand in hand with Siemens to expand cooperation, strengthen synergy in technological innovation, and accelerate the innovative application and implementation of cutting-edge technologies such as AI.”   Siemens China Chairman Xiao Song pointed out, “CITIC Group is vigorously promoting the ‘Artificial Intelligence+’ initiative. Siemens is willing to leverage its full-stack industrial AI technology capabilities, encompassing software, hardware, data, and computing power, to help CITIC deepen application innovation.”   It is worth noting that Siemens and CITIC Group already have a solid foundation for cooperation: Siemens provides green and low-carbon solutions for CITIC Bank's data center, helped CITIC Dicastal's Morocco factory be recognized as Africa's first “Lighthouse Factory,” and cooperated with Nanjing Iron & Steel Group to promote the digital and low-carbon transformation of the special steel industry.   Signing an agreement with BLT: Accelerating the digitalization of metal additive manufacturing On March 18, at TCT Asia 2026, BLT and Siemens signed a strategic cooperation agreement. Both parties will leverage their respective core strengths in metal additive manufacturing equipment, processes, industrial software, and automation technologies to engage in in-depth cooperation focusing on the construction of digital factories and the optimization of the entire process chain in metal additive manufacturing.   Deepening Cooperation with Alibaba Cloud During the conference, Bo Renren revealed that Siemens will further expand its industrial AI cooperation with Alibaba Cloud, providing Alibaba Cloud customers with 26 new services covering industrial infrastructure, automation, and AI applications.   III. Global Expansion: $165 Million Investment in US AI Manufacturing   While deepening its presence in China, Siemens is also strengthening its AI manufacturing capabilities globally. On March 20, Siemens announced a $165 million investment to expand its manufacturing operations focused on artificial intelligence infrastructure in the United States.   This investment builds upon Siemens' commitment over the past few years to invest nearly $700 million to expand its domestic manufacturing capacity in the US, including the construction and expansion of electrical products plants in Pomona, California, and Fort Worth, Texas.   IV. The Chengdu Model of Industrial AI: 100 Applications Already Implemented   At Siemens' Chengdu digital factory, nearly 100 AI applications have been deployed in various scenarios, including quality inspection and industrial waste management, significantly improving efficiency and sustainable development performance.   Borren, using the Chengdu factory as an example, demonstrated Siemens' practical approach to integrating AI into every piece of equipment and every building. He believes that Siemens, together with its Chinese partners, can further unleash the enormous potential of AI in the industrial sector.   V. Bo Ren's View of China: Open Policies and Innovation Ecosystem   From March 22nd to 23rd, Bo Ren attended the China Development Forum Annual Meeting 2026 for the fourth consecutive year. This year's forum was themed "China in the 15th Five-Year Plan: High-Quality Development and Co-creating New Opportunities."   During the panel discussion on "Technological Innovation and Future Industrial Development," Bo Ren shared his understanding of China's "Artificial Intelligence+" initiative and offered practical suggestions for promoting open cooperation and driving the large-scale application of industrial AI.   Bo Ren emphasized: "China remains a key pillar in the global industrial ecosystem. Its strong manufacturing base, vibrant market, and highly qualified talent pool make it a crucial hub for innovation and production. Siemens itself is part of China's industrial ecosystem."   He also revealed a noteworthy trend: Siemens developers are increasingly inclined to use Chinese open-source AI models (such as Tongyi Qianwen and DeepSeek) for industrial AI training because of their significant advantages in "lower token costs and customizable parameters."   VI. Challenges and Responses: Geopolitics and Cross-Border Data Flow   In an interview with Reuters, Boller acknowledged the current challenges: the Iran war has led clients to postpone investment decisions, and oil and gas clients are taking a wait-and-see approach to new plant construction. Furthermore, some Chinese partners are unwilling to share real-world factory data used for model training due to intellectual property concerns.   However, Boller remains optimistic about cross-border data flows: “The Chinese government at least allows cross-border flows of industrial and machine data, which makes model training possible.”   Conclusion From the grand opening of the Beijing Science and Technology Conference to the strategic agreements signed with CITIC Group and BLT, from the implementation of hundreds of AI applications at the Chengdu factory to the expansion of its AI manufacturing business in the United States—Siemens is leveraging "Industrial AI" as a fulcrum to drive a transformation more profound than the Industrial Revolution of the early 20th century.   As Robert Bogle stated, "Industrial AI will become a key force in reshaping industries. Siemens is willing to seize this historic opportunity with global partners in an open and cooperative manner."   For China, a market Siemens has cultivated for over 150 years, its openness, innovative vitality, and vast application scenarios are making it the best testing ground and main battleground for this Industrial AI revolution.

In March 2026, ABB made frequent moves in the fields of automation and digitalization, from winning industry awards to releasing groundbreaking technologies, from the deep integration of AI and robotics to its deep involvement in global green transformation, demonstrating the innovative vitality and strategic resolve of this century-old industrial giant.   ABB Wins Multiple CAIMRS Awards, Identifying the Essence of "New Quality"   On March 20th, the 2026 China Automation + Digitalization Industry Conference (CAIMRS 2026), themed "Breaking Through to New Heights, Expanding Globally," was held in Nanjing. ABB, with its solid technological strength and continuous innovation capabilities, won nine awards across three categories: Industry Leader, Product Innovation, and Application Innovation, and was selected as one of the Top 50 Brands in Automation + Digitalization for the year.   In this selection, several ABB innovative products won the "New Quality" award: the ABB SACE Infinitus solid-state circuit breaker won the "New Quality" award for power distribution products; the ABB iWise intelligent management platform won the "New Quality" award for digitalization; and the ACS280 series frequency converters, AXW water-cooled permanent magnet motors, LV Titanium VSM frequency converters, ABB's intelligent manufacturing solutions for cold rolling processes, and the PoWa collaborative robot series also won awards in their respective fields. Among them, the SACE Infinitus solid-state circuit breaker, ABB's first global solid-state circuit breaker compliant with the IEC 60947-2 standard, focuses on empowering safe and energy-efficient DC power systems. Compared to traditional circuit breakers, this product detects and responds to short-circuit faults 1000 times faster, has a 100-fold longer service life, releases no energy during the breaking process, and has a near-zero probability of dangerous arcing. This technological breakthrough effectively ensures the safety of equipment and personnel in scenarios such as photovoltaics, energy storage, ships, and data centers.   The ABB iWise intelligent management platform integrates advanced technologies such as the Internet of Things, big data, and artificial intelligence to build an integrated system encompassing energy data acquisition, real-time power monitoring, energy efficiency analysis, optimized scheduling, and carbon management, creating core value for enterprise users through cost reduction, efficiency improvement, risk mitigation, and added value.   At the annual meeting, Cao Yang, Vice President of ABB Electric China, delivered a speech entitled "Innovation and Evolution, Breaking Through the Curve and Moving Forward," systematically elaborating on ABB Electric's strategic layout: "With the unfolding of the national '15th Five-Year Plan,' the transformation and upgrading of industries, as well as high-quality development through digitalization and greening, will bring more opportunities. ABB will reshape product strength through technological innovation, expand value boundaries through business model innovation, and reconstruct industry relationships through ecosystem innovation."   ABB and NVIDIA Collaborate to Overcome the "Sim-to-Reality Gap" in Robotics   In the robotics field, ABB and NVIDIA have entered into a significant collaboration, integrating NVIDIA's Omniverse simulation technology into ABB's RobotStudio software platform to launch the RobotStudio HyperReality solution. The core objective of this collaboration is to address the long-standing "Sim-to-Real Gap" challenge in the robotics industry.   By integrating NVIDIA Omniverse technology, engineers can complete robot program development, production line layout design, AI vision training, and automated process verification within a digital twin factory. ABB states that the difference between robot behavior in the virtual environment and that of a real robot can be reduced to approximately 1%, meaning robots can be trained in a virtual environment and then directly deployed to real factories.   This technological breakthrough results in significant efficiency improvements: production line setup time can be reduced by up to 80%, engineering costs by approximately 40%, and new product launch time shortened by approximately 50%. Currently, manufacturing companies such as Foxconn have begun testing this system for automated assembly on consumer electronics production lines.   “By combining RobotStudio with the physically accurate simulation capabilities of the NVIDIA Omniverse library, we are closing the long-standing ‘simulation to reality’ gap in technology, marking a major milestone in deploying industrial-grade precision physical AI for real-world customer applications,” said Marc Segura, President of ABB Robotics.   ABB Launches New Generation Robot with Comprehensive Performance Upgrades   ABB simultaneously launched the new generation IRB 1200 robot, equipped with ABB's OmniCore controller, achieving industry-leading motion control capabilities. Even when multiple robots are simultaneously operating at high speeds of 1600 mm/s, it maintains a repeatability path accuracy of 0.03 mm and a repeatability positioning accuracy of 0.011 mm.   The new generation IRB 1200 series offers four high-performance versions with payloads of 5 kg, 7 kg, 8 kg, and 9 kg, providing class-leading payload capacity. With a simpler design, the new generation robot is 20% lighter than its predecessor, reducing base installation requirements and energy consumption. At the same time, cycle time is reduced by 5%, significantly improving production efficiency.   Deeply Engaged in the China Development Forum, Discussing Green Transformation   From March 22nd to 23rd, the China Development Forum 2026 Annual Meeting, themed "China in the 15th Five-Year Plan: High-Quality Development and New Opportunities," was held at the Diaoyutai State Guesthouse in Beijing. ABB Group CEO, Matthias Matheson, attended the forum and delivered a speech at the thematic seminar on "Global Green and Low-Carbon Transformation and Sustainable Development."   Matheson pointed out that China's leadership and remarkable achievements in the global green transformation are inspiring: China has built the world's largest and fastest-growing renewable energy system, with renewable energy accounting for over 60% of total installed power generation capacity.   He shared three examples of green solutions integrating AI and digital technologies:   Yangzhong Zero-Carbon Industrial Park: ABB, in cooperation with Jiangsu HNA Electric Technology, implemented the first zero-carbon industrial park project in the area. Utilizing ABB's "AI + Power" solution-enabled smart energy management system, clean energy now accounts for 90% of the park's total electricity consumption.   Qingdao Special Steel: ABB's smart manufacturing solutions integrate digital twins, data analytics, and a safety management platform. Through AI technology, they provide equipment status early warnings and data analysis, helping customers predict equipment failures and optimize energy consumption.   Marine Industry: ABB permanent magnet shaft generators help ships improve energy efficiency, reduce system installation space by approximately 20%, and lower fuel costs by up to 4%.   Ma Teng emphasized that ABB is continuously contributing to green transformation through three pathways: improving efficiency, accelerating electrification, and ensuring safety and reliability. He also stated, "China is ABB's second largest market globally, and ABB will continue to focus on local growth needs, responding to China's 'dual carbon' goals and market opportunities with innovative technologies."   Continuous Innovation, Empowering the Future   From winning the CAIMRS Award to strategic cooperation with NVIDIA, from next-generation robots to deep participation in global green transformation dialogues, ABB is continuously driving the digital and green transformation of industries, with the integration of electrification, automation, and artificial intelligence technologies at its core.   As Cao Yang stated at the annual meeting, “ABB’s breakthrough logic is essentially ‘hedging market uncertainty with technological certainty.’ Leveraging global R&D resources and local innovation capabilities, we continuously advance technological iteration and launch more innovative products and solutions tailored to the needs of the Chinese market.”   From technological breakthroughs to ecosystem building, from deep cultivation in the local market to global expansion, ABB is working with customers and partners, with new quality productivity at its core, to accelerate towards a cleaner, leaner electrified future.   ABB is committed to empowering a sustainable and efficient future through electrification and automation technologies. By integrating engineering experience with digital technologies, ABB helps industries improve energy efficiency and productivity, achieving excellence and pursuing excellence.

In the world of industrial automation, if there were an award for the most diligent "executor," the pneumatic cylinder would undoubtedly be among the top contenders. From welding and gripping on automotive production lines to precision assembly in electronics factories, and pushing and packing on food packaging lines, the pneumatic cylinder converts the energy of compressed air into mechanical power, completing one "push" and "pull" action after another.   And in the global pneumatics technology field, SMC is an unavoidable name. This Japanese company boasts over 11,000 basic series and more than 610,000 specifications of products, with its pneumatic components widely used in the automotive, semiconductor, robotics, and food packaging industries.As one of SMC's flagship products, the cylinder has evolved far beyond simple linear reciprocating motion, moving towards integration, intelligence, and high adaptability. Today, let's talk about some of the star products in the SMC cylinder family and see how they excel in their respective "positions".   I. CQ2 Series: The "Space Magician" Among Thin-Type Cylinders In many automated devices, space is a precious resource. Traditional round cylinders are often a headache for designers when it comes to layout due to their large size. SMC's CQ2 series slim cylinders were developed to solve this problem. The most striking feature of the CQ2 series is its thinness. It integrates piping and magnetic switches on the same mounting surface, with the magnetic switch completely concealed within the cylinder body. This compact design allows for a smaller and lighter overall structure for the fixture and equipment. Imagine the design flexibility a successfully slimmed-down cylinder can offer within the confined space of a mobile phone assembly line.   Even more remarkable is that the CQ2 series doesn't sacrifice performance or adaptability while pursuing compactness. Its cylinder diameter covers an ultra-wide range from ø4 to ø200, handling everything from minute precision operations to heavy-duty industrial applications. Whether in cleanrooms, standard workshops, or harsh environments containing water, oil, dust, or even welding slag, the CQ2 series offers corresponding expansion options. According to customer field data, its long-life specifications have accumulated over 100 million cycles, demonstrating its exceptional reliability. In short, the CQ2 series is an ideal choice for space-constrained scenarios; it is thin yet powerful, small yet extraordinary.   II. IN-777 Series: Servo Cylinders, Enabling Precise Positioning Even with Pneumatics In most people's minds, the positioning accuracy of pneumatic cylinders is inferior to that of electric cylinders or servo motors because they rely on the compressibility of gas, and their speed is easily affected by load changes. However, SMC's IN-777 series servo cylinders break this stereotype.   The IN-777 series is a revolutionary product that integrates a servo valve, controller, and cylinder into a single design. It achieves multi-point positioning and precise control that traditional pneumatic cylinders struggle to accomplish, with a repeatability of ±0.5mm (tested under the conditions of a ø200mm cylinder, 200mm stroke, and a 70kg load). This means that pneumatic solutions can be applied in many scenarios where a certain level of positional accuracy is required, but extremely high precision is not necessary.   For example, in gate control at wastewater treatment plants or in flotation processes at mineral processing plants, valve openings need to be adjusted according to water level or slurry concentration. The IN-777 series can precisely control the cylinder's extension position like a servo electric cylinder, while retaining the advantages of pneumatic systems such as simple structure, lower cost, and explosion-proof safety.   In addition, it features several intelligent functions: self-diagnostic capabilities (via LED lights and signal outputs), easy initial setup (position setting via I/O signals), 10-level speed adjustment, and an emergency stop function in case of gas or power outages. These features simplify maintenance, eliminating the need for complex adjustments even when replacing parts. In short, the IN-777 series is a perfect fusion of pneumatics and electronic control, providing a cost-effective new option for applications requiring multi-point positioning and process control.   III. MKB & MRQBS Series: Integrated "Compound Sports Experts" In many automated processes, a single workstation may need to simultaneously perform compound actions such as clamping and rotating or extending and swinging. Traditional solutions often require separate linear and rotary cylinders, combined through complex connecting mechanisms, which is both space-consuming and increases potential failure points.   SMC's solution is to introduce functionally integrated cylinders, such as the MKB series rotary clamping cylinders and the MRQBS series extending and swinging cylinders.   MKB Series: Rotary Clamping Cylinder The MKB16-20LZC is a typical rotary clamping cylinder that integrates rotation and clamping functions, achieving simultaneous 90° precise rotation and powerful clamping through pneumatic drive. With a 16mm bore and 20mm stroke, its extremely compact structure makes it particularly suitable for applications with high space utilization requirements, such as electronics assembly and automotive parts processing. Repeatability is ±0.1mm, and core components undergo special hardening treatment, ensuring a service life of over 10 million cycles. In robotic end-effector gripping, automated inspection equipment, or mold positioning, the MKB series effectively solves the problems of large space occupation and low coordination efficiency associated with traditional separate solutions.   MRQBS Series: Extending and Swinging Cylinder If the MKB series solves the problem of "clamping + rotation," then the MRQBS series solves the problem of "linear extension + rotation" combined motion. Taking the MRQBS32-50CA as an example, it achieves a 50mm linear stroke plus a 90° rotation through a precision gear and rack transmission structure. This design can replace the traditional "linear cylinder + rotating unit" combination, saving over 40% of installation space and shortening the combined motion cycle by 30% compared to separate solutions. In scenarios such as chip rotation and mounting in electronic assembly and flipping assembly of automotive parts, the MRQBS series significantly improves equipment efficiency while reducing potential failure points.   In short: The MKB and MRQBS series are "composite motion masters" in the pneumatic field, achieving two functions with a single unit, providing core support for equipment miniaturization and high efficiency.   IV. Special Environment Series: Making Cylinders "Fearless of Wind and Rain" Industrial production environments vary widely, some even qualifying as "harsh." SMC has developed a variety of environmentally adaptable cylinders to address these challenging conditions.   For example, the CG5-S series stainless steel cylinders feature external components made entirely of SUS304 stainless steel and are equipped with special scrapers to prevent water ingress. Internally, they use FDA-compliant food-grade grease. They are particularly suitable for the humid, high-cleanliness environments required in food and beverage machinery, ensuring hygienic and durable performance even under stringent washing conditions.   For applications involving flying fine powders such as ceramic powder, toner, and paper dust, SMC offers powder-resistant cylinders (such as the CM2/CQ2/MGP-XC92 series). By installing two iron-nickel scraper rings on the guide rod, they prevent the intrusion of dust particles smaller than 30μm, improving durability by four times compared to standard products.     In short: From food processing to dusty environments, SMC has provided cylinders with tailor-made "protective suits," ensuring stable operation in any harsh environment.   Conclusion From simple "push" and "pull" to precise positioning control, and then to complex compound movements and adaptation to extreme environments, the technological evolution of SMC cylinders is itself a microcosm of industrial automation's continuous pursuit of higher efficiency, smaller size, and stronger functionality.   SMC pneumatic components, with their solenoid valve lifespan exceeding 30 million cycles, oil-free lubrication technology, and IO-Link real-time monitoring capabilities, have built a stable, efficient, and intelligent pneumatic ecosystem. In this era of pursuing intelligent manufacturing and flexible production, the cylinder may be one of the most traditional actuators, but thanks to SMC's innovation, it is constantly being revitalized, becoming an indispensable "master of motion" in automated equipment.   Next time you see a high-speed automated production line, perhaps you can consider how many SMC cylinders are silently and precisely fulfilling their mission behind the scenes.