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As an economic model centered on efficient and circular utilization of resources, the concept of circular economy originated in the 1960s. At that time, American ecologist Carlson described the dangers faced by the biological world and humanity in his book “Silent Spring”. Subsequently, American economist Polding proposed to reduce the negative impact on the environment through the effective utilization and recycling of resources, and thus the circular economy began to take shape. Nowadays, global attention is increasingly focused on sustainable development and environmental protection. According to the report “The Way to Circular Economy: Towards Sustainable Development” released by Accenture, it is predicted that the overall size of the global circular economy market is expected to reach $4.5 trillion by 2030, and based on the baseline scenario estimate, the overall market will maintain high-speed growth at a compound annual growth rate of 10.7%. Circular economy has become an ideal economic model for achieving sustainable development.

Seizing the opportunities of circular economy urgently requires systematic reform

China is accelerating its comprehensive green transformation, and the circular economy is also entering a new period of rapid development in the domestic market. In March of this year, the State Council issued the “Action Plan for Promoting Large scale Equipment Renewal and Consumer Goods Trade in”, which included “recycling and reuse” as one of the four major implementation actions. Subsequently, specific plans were intensively implemented in various fields such as industry, transportation, and energy. On August 11th, the State Council issued the “Opinions on Accelerating the Comprehensive Green Transformation of Economic and Social Development”, proposing to “vigorously develop the circular economy, deepen the promotion of circular economy to help reduce carbon emissions, promote resource recycling production models; vigorously develop the resource recycling industry, and expand the scale of substitution for primary resources
Under the promotion of policies, it is expected that by 2030, the scale of the energy-saving and environmental protection industry will reach about 15 trillion yuan, and by 2035, the green, low-carbon, and circular development economic system will be basically established. The rise of the trillion dollar market heralds a new round of accelerated development of the circular economy.
Seizing the opportunities of circular economy requires enterprises to undergo systematic changes, which require executable paths and joint efforts from internal and external stakeholders. The systematic transformation of the circular economy is not only about shifting from the traditional linear model of “acquisition, manufacturing, and disposal” to a circular model that promotes resource efficiency, reduces waste, and creates value, but also involves comprehensive transformation at all levels of consumption and production. This includes: using Design&Innovation as the cornerstone, achieving a closed-loop circular economy through Use better, Use longer, and Use again.

Centered around the innovative circular design concept, enterprises should choose green materials to ensure product “optimal use”, select low-carbon suppliers’ green materials, and use digital technology to improve product traceability, ensuring high-quality production of products. At the same time, timely maintenance, renovation, and modification should be carried out according to the usage of the product to extend its service life and achieve “long-lasting use” of the product. Finally, after the product reaches its service life, it is repackaged and refurbished, and the raw materials are recycled to implement “reuse” and avoid further resource consumption.

The ‘Green Path’ of Circular Economy Practitioners

As a practitioner of sustainable development, Schneider Electric incorporated sustainability into its core strategy as early as 2002 and integrated it into all aspects of business operations. The core of circular transformation lies in the “design and innovation” stage, which affects product development and innovation. Schneider Electric adopts a full lifecycle thinking approach to develop and design new products, taking into account materials, packaging, energy use, and recycling processes to ensure that products are easy to maintain and recycle. We also provide designers and engineers with tools and training such as carbon emission calculators, striving to improve the environmental impact of our products through innovative ecological design.
The key to the “optimal use” stage is to procure sustainable raw materials and minimize waste as much as possible. For example, Schneider Electric has increased the use of green materials in its products to 32%, and 70% of its products replace disposable plastic packaging with recyclable cardboard, achieving multiple uses and recycling. In addition, in terms of promoting industry development, as of the second quarter of 2024, Schneider Electric has helped 1000 major suppliers worldwide reduce carbon emissions by an average of 33% at the operational level through the supplier’s “Zero Carbon Plan”.

In addition to using recycled materials and renewable energy, the operation of green and smart factories also promotes a circular economy by creating new efficiencies and flexibility. Schneider Electric has 30 factories and logistics centers in China, including 18 smart factories and smart logistics centers. Meanwhile, 15 factories have been recognized as green factories by the Ministry of Industry and Information Technology.

Thanks to its outstanding achievements in the field of “circular economy”, Schneider Electric was awarded the title of “Circular Lighthouse” in the field of built environment by the World Economic Forum and McKinsey&Company during the 2024 Annual Meeting of the World Economic Forum, providing an excellent example for enterprises from all walks of life to collaborate on green transformation of the value chain.

New quality service system helps industries integrate into circular economy

As an enabler of sustainable development, Schneider Electric deeply understands that circular economy is a systematic engineering, and only through industrial cooperation and mutual empowerment can sustainable innovation and systematic transformation be achieved. To this end, Schneider Electric has launched services including “EcoConsult Consulting Services,” “EcoCare Operations Services,” and “EcoFit ™ The newly upgraded new quality service system, including “adaptation and transformation services”, helps more enterprises integrate into the circular economy.

For example, in the “long-term use” stage, users can extend the product’s lifespan through repair, digital maintenance, and longevity services. According to statistics, Schneider Electric’s “EcoCare Operations and Maintenance Services” and “EcoFit ™ Adaptation and transformation services can help extend the service life of customer assets by up to 25%, thereby reducing the carbon footprint of equipment. Therefore, in 2023, Schneider Electric established EcoFit in Xiamen ™ The Adaptation and Transformation Capability Demonstration Center provides end-to-end capabilities from structural design, component design, factory manufacturing to on-site installation to help customers effectively extend product lifecycle and reduce overall costs.

Schneider Electric EcoFit ™ Adaptation and renovation services

The ‘reuse’ stage covers the recycling of products, components, and materials. At the just concluded 2024 China International Fair for Trade in Services, Schneider Electric officially released the Circular Offer variable frequency cycle machine. When the frequency converter used by customers experiences aging and malfunctions, and there is a need for emergency spare parts, replacement repairs, low-cost upgrades, and other modifications, product information can be provided to Schneider Electric’s service partners to order the same Circular Offer frequency converter at a lower price. Service partners will ship within 24 hours of receiving the order, while Schneider Electric will repair and refurbish the frequency converters returned by customers, thereby achieving the recycling of old frequency converters. The Circular Offer variable frequency cycle machine manufactured by Schneider Electric is not only fully compatible with the new machine in terms of functionality, but also maintains consistent performance and quality assurance with the original factory standards. Customers can enjoy the same quality as new machines at a lower cost, fully reflecting the concept of circular economy.

Schneider Electric Circular Offer Variable Frequency Cycle Machine
As a practitioner and enabler of sustainable development, Schneider Electric’s commitment to the circular economy began over 20 years ago and continues to this day. Schneider Electric is committed to transforming the concept of circular economy from theory to the core of its business, contributing to the construction of a new pattern of green, circular, and low-carbon economic development. Looking ahead to the future, Schneider Electric will continue to use the “new quality service system” as a starting point, relying on its practical experience in sustainable development, as well as its industry ecosystem and comprehensive service capabilities covering multiple fields, to empower major industries to take advantage of the development trend of circular economy, move towards greenness, and remain fresh over time.

Since its launch on September 24th, it has been attracting professional visitors from various industries every day, in a continuous stream.

The Yaskawa exhibition site can be described as crowded and lively. Industry experts, business representatives, and audiences from around the world gathered together to witness Yaskawa’s latest achievements and innovative technologies in the industrial field. The atmosphere on site was lively, with constant communication and admiration, fully demonstrating everyone’s high attention and expectations for Yaskawa.

Exciting Moments at the Yaskawa Exhibition Site
I ³ – Mechatronics is committed to producing new quality products
Empowering future development
At this industrial expo, Yaskawa brought a series of eye-catching exhibits. From high-precision industrial robots to intelligent control systems, every exhibit embodies Yaskawa’s wisdom and innovative spirit. These exhibits not only showcase Yaskawa’s strong capabilities in technology research and development, but also bring new ideas and solutions for the development of the industrial sector.
Robot Exhibition Area
Collaborative robot welding workstation

Related products: Yaskawa Robot HC10DTP, Funex TPS400i Welding Power Supply System
Application industries: automotive parts, arc additive manufacturing
Application scenarios: Suitable for various application scenarios of automotive parts such as sub frames, various steel structures, pipelines, flanges, pressure vessels, arc additive manufacturing, etc.

Product advantages: Collaborative robots, with their flexibility, efficiency, and safety features, can meet customized product needs, have higher flexibility and efficiency, and cope with production tasks of multiple varieties and small batches.
Performance parameters: Load of 10kg, Smart PP teaching pendant
Exhibition introduction: The human-machine collaborative robot welding unit consists of a Funex welding power supply system, a welding platform, and an Yaskawa HC10DTP collaborative robot.

Combining the technological advantages of both parties, Yaskawa Funex provides customers with a customizable welding solution. The Yaskawa offline programming software MotoSim EG-VRC, combined with the Funence welding process package, not only achieves efficient welding operations, but also further enhances the flexibility and quality of welding by quickly calling standard parameter libraries and optional CMT cold metal transition processes. In addition, this human-machine collaborative welding workstation has better spatial accessibility compared to traditional robot welding. Suitable for various application scenarios of automotive parts such as sub frames, various steel structures, pipelines, flanges, pressure vessels, arc additive manufacturing, etc., it can help enterprises significantly improve operational efficiency and expand production capacity on the production line.
Robot machining center and friction stir welding unit

Product involved: GP250; SGMRV-13ANA-YR11 (external axis); MS-RT14-013 (Tuolaiyi spindle), V1000 (inside welding machine cabinet)
Application industries: New energy, lithium batteries, and others

Application scenarios: machining+drilling+cutting+polishing, new energy and lithium batteries, automotive industry, heavy industry and other industries
Product advantages: High rigidity, high-precision robots can achieve drilling, cutting, polishing, friction stir welding in different scenarios, assisting in flexible production.

Exhibition machine introduction: With the configuration of GP250+Tuolaiyi FSW, it is easy to meet the welding needs of large products. The characteristics of large movable range and collaborative processing improve the layout space efficiency and shorten the processing time. And the use of quick change tools meets the processing requirements before and after the production line.
Human machine collaborative textile machine

Product involved: Human robot collaborative robot HC10DTP
Application industry: Textile industry
Application scenario: Collaborative textile operations between humans and robots
Product advantage: Collaborative operation between humans and robots, safe and reliable
Performance parameters: Load of 10kg, Smart PP teaching pendant
Exhibition introduction: Robots and humans collaborate to weave a new future of traditional industry and modern technology.
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Sports Control Exhibition Area
Energy Storage Cell Stacking Demonstration Machine

Related products: Motion controller MP3000, linear motor SGLVW2, servo product ∑ – X series
Application Industry: Energy Storage Technology (Lithium Battery)
Application scenario: Lithium battery cell stack

Product advantages: The MP3000 series motion controller provides multi axis highly coordinated and synchronized motion control support; The ∑ – X series servo products provide stable and high-quality driving force; The battery laminating machine has significantly improved in accuracy, efficiency, and reliability; Yaskawa provides mature battery manufacturing solutions for the automotive battery market.

Exhibition machine introduction: This equipment includes multiple key components, such as cell winding, positive electrode sheet handling, negative electrode sheet handling, diaphragm tension control, etc. The equipment adopts an advanced tension control system to ensure that the diaphragm tension remains constant throughout the entire winding and laminating process. This can not

only improve the production efficiency of batteries, but also significantly enhance the quality and consistency of batteries.
In addition, each action of the device is driven by high-precision servo motors and controlled and coordinated in real-time through the MECHATROLINK-III/4 communication system. This efficient communication and control system enables devices to maintain high accuracy and reliability even at high speeds.
Energy storage cell winding demonstration machine

Related products: Motion controller MP3000, servo product ∑ – X series
Application Industry: Energy Storage Technology (Lithium Battery)
Application scenario: lithium battery cell winding
Product advantage: The MP3000 series motion controller provides multi axis highly coordinated and synchronized motion control support. The ∑ – X series servo products provide stable and high-quality driving force. Facing the consumer battery market, Yaskawa provides mature battery cell manufacturing solutions.
Exhibition introduction: YASKAWA Cockpit integrates lithium battery production lines, visualizes and analyzes equipment production data and core data for reuse. Based on the Yaskawa i ³ – Mechatronics concept, combined with the comprehensive application of Yaskawa products, the ultimate goal is to achieve closed-loop optimization of the production performance of wound batteries, and achieve dual improvement of winding quality and efficiency.
Thrust Assist Function Demonstration Machine

Related products: Servo products ∑ – X series
Application industry: General industry
Application scenarios: Semiconductor, LCD, 3C
Product advantages: gantry position compensation, improving the synchronization of gantry structure; Multi action thrust assist to solve the problem of insufficient thrust in narrow and long spaces with small straight lines; Exhibition introduction: This equipment adopts advanced torque and thrust assistance functions, which can effectively solve the problems of insufficient mechanical installation space and insufficient output force on one side of the gantry structure.
By using two different power MECHATROLINK-III communication ∑ – XS servo drives, the gantry structure is jointly driven.
Fixed point output function demonstration machine (fixed focus flying shot distance measurement)

Related products: Servo products ∑ – X series
Application industry: General industry
Application scenarios: Application scenarios that require fast response, precise control, and high-speed detection, such as 3D line laser sensors, semiconductor vision inspection, etc
Product advantages: Fixed point output function, utilizing servo hardware characteristics to output signals at designated points, striving for precision in position, reducing the errors and compensation values that the control system needs to process.
Exhibition machine introduction: The servo with fixed-point output function can be used to directly detect the passing position from the encoder position through the fixed-point output system, and output the camera trigger signal, effectively shortening the signal processing cycle with minimal delay. Servo with fixed-point output function is often applied in application scenarios that require fast response, precise control, and high-speed detection, such as 3D line laser sensors, semiconductor vision inspection, etc.
Tension control function demonstration machine

Related products: Servo products ∑ – X series
Application industry: General industry
Application scenarios: Printing industry, packaging, lithium battery winding
Product advantage: Tension control function ensures tension stability during material feeding process. Reduce subsequent production problems caused by unstable material tension and improve production efficiency.
Introduction to the exhibition machine: The servo unit with tension control function can directly read the tension sensor signal for tension control, maintaining a constant tension, and can be achieved through simple setting and adjustment. The tension control processing time is in microseconds.
In addition, in the face of rapid load changes, it can be quickly adjusted to achieve smooth tension control and improve product quality.
Collision perception function demonstration machine

Related products: Servo products ∑ – X series
Application industry: General industry
Application scenarios: Solid crystal machines, sorting machines, welding machines, robotic arms, laser processing, etc
Product advantages: Collision sensing function, effectively improving equipment safety, reducing material damage during production process, and increasing yield rate.
Exhibition machine introduction: Collision sensing servo is generally used in semiconductor industry’s solid crystal machines, sorting machines, welding machines, robotic arms, laser processing, etc. During equipment operation, sometimes due to abnormal loads, the motor may experience sudden torque changes. The collision sensing function servo can monitor the motor torque value in real time, detect mechanical abnormalities, and obtain workpiece information.
Maintenance work is only carried out when an alarm is triggered. The use of collision sensing servo function can reduce equipment failures caused by previous component damage, reduce the number of repair operations, and lower maintenance costs.
Visitors from all directions gather together
Witness the glorious moment of Yaskawa

During the Industrial Fair, a grand certification ceremony was also held. Yaskawa has been awarded the “Robot Certificate” by Shanghai Electric Science Research Institute (Group) Co., Ltd. (hereinafter referred to as “Electric Science Institute”) for his outstanding performance. This is not only a recognition of Yaskawa’s past efforts, but also an incentive and motivation for future development.

Panoramic presentation of Siemens’ automation and digital product family that deeply integrates reality and the digital world
12 new products are released with great weight, combining software and hardware to support a sustainable future for industry
Siemens Mobile Worker Lite wins 2024 CIIF Intelligent Manufacturing Award

Joining hands with DingTalk to release a lightweight integrated supply chain planning and management platform for equipment manufacturing enterprises – Supply and Demand Intelligence Control
Release a deep insight report on corporate green going global, providing high-quality support for Chinese enterprises’ overseas expansion
Jointly released the first electrical safety product using biomass balanced plastic parts with BASF
Signed cooperation agreements with over 30 companies to promote digital transformation in industries such as food and beverage, pharmaceuticals, education, and machinery manufacturing
Siemens unveiled at the 24th China International Industrial Fair with the theme of “Integration of Data and Reality, Leading a Sustainable Industrial Future”. The “Diamond Heart” exhibition booth, composed of Siemens’ automation and digital product family, showcases a complete architecture covering the industrial site layer, equipment layer, operation layer, management layer, and cloud layer. It can help enterprises break down the barriers between IT and OT, and achieve modular, flexible, secure, and sustainable production through data empowerment. On site, Siemens released 12 software and hardware integrated products and solutions, including SIMATIC S7-1200 G2, PCS 7 V10.0, DCMA V4.0 driver predictive maintenance system, further expanding its product family. Siemens also collaborates with ecological partners to bring solutions ranging from economic to high-end, from basic applications to cutting-edge technologies, covering various industrial application scenarios, helping enterprises of different sizes and development stages unleash digital value.

Against the backdrop of global supply chain restructuring, Chinese industrial enterprises are facing unprecedented challenges and opportunities, and urgently need to cultivate their internal strength and seek transformation, expand their external scope and seek breakthroughs, “said Dr. Xiao Song, Executive Vice President of Siemens Global and Chairman, President and CEO of Siemens China.” Siemens is accelerating the deep integration of the real world and the digital world, and creating a more open innovation ecosystem through the Siemens Xcelerator platform, allowing cutting-edge technologies such as AI, digital twins, and industrial metaverse to truly be used in industry, helping Chinese enterprises overcome the cycle and move towards a high-tech, high-performance, and high-quality industrial new future

Since its landing in China in November 2022, Siemens Xcelerator has continuously expanded its cooperation ecosystem based on local market demand. At present, the number of partners has exceeded 100, and more than 20 joint co created solutions have been launched. At this year’s CIIE, DingTalk (China) Information Technology Co., Ltd., one of the ecological partners of Siemens Xcelerator, and Siemens jointly released the latest collaborative achievement: Siemens Integrated Supply Chain Planning and Management Platform – Supply and Demand Intelligence Control for Equipment Manufacturing Enterprises. This cloud based lightweight software platform covers the entire supply chain management process from product design, sales, production planning, procurement, and production execution. By utilizing core functions such as intelligent planning, heuristic material demand planning (MRP), and intelligent allocation of order fulfillment, we help enterprises shorten product delivery cycles, increase production capacity, and reduce inventory costs. Assist enterprises in maintaining a “healthy” supply chain state and responding quickly to market fluctuations in the face of uncertainty.

While enhancing their resilience and competitiveness through digital transformation, more Chinese industrial enterprises are actively expanding their overseas market space to enhance their adaptability to the global industrial and supply chains. Siemens and CCID Research Institute jointly released the “Carbon Roadmap – In Depth Insights into Corporate Green Going Global (2024-2025)” report, providing profound insights into how current global green regulatory trends affect corporate internationalization strategies. The report provides a detailed exploration of the challenges and opportunities faced by enterprises in carbon accounting, carbon pricing, life cycle assessment (LCA), circular economy, and green supply chain management, providing practical guidance and suggestions for building a comprehensive carbon management system and enhancing global market competitiveness. Siemens is also working with ecological partners such as the Institute of Information and Communications Technology to build a reliable carbon data calculation and exchange cornerstone based on the SiGREEN platform foundation and carbon footprint ecological solution, helping Chinese enterprises accelerate their “green going global”.

Sustainable development is the key to building a company’s core competitiveness and facing future challenges. Siemens and BASF have jointly released the new electrical safety product SIRIUS 3RV2, whose casing and functional components are made of biomass balanced plastic, significantly reducing its carbon equivalent emissions throughout its entire lifecycle. This product is also Siemens’ latest product to hold the EcoTech declaration. EcoTech evaluates and declares the full lifecycle performance of products from three dimensions: sustainable materials, optimized use, value recovery, and recycling, effectively promoting information transparency, enabling customers to make informed decisions, and promoting the sustainable development of the value chain.

During the exhibition, Siemens further expanded its cooperation ecosystem and signed cooperation agreements with nearly 30 Chinese companies to promote the digital transformation of industries such as food and beverage, pharmaceuticals, chemicals, and machinery manufacturing. Siemens and Luoyang Landi Glass Machinery Co., Ltd. have signed a strategic cooperation agreement, combining their respective advantages in energy conservation, carbon reduction, intelligent manufacturing, and industrial digitization to establish a long-term partnership. Siemens has also reached a strategic partnership with Puxie Jing New Energy Materials (Shanghai) Co., Ltd. to deepen cooperation in the construction of intelligent factories in the high-end polyolefin materials industry. In terms of AI applications, Siemens has deepened its strategic cooperation with Kuiburn Machinery (Chongqing) Co., Ltd. to explore the application of industrial AI in ore crushers and jointly create intelligent mining projects. To assist small and medium-sized enterprises in going global in a green manner, Siemens has also partnered with Haizhi Online Network Technology Co., Ltd., Shanghai Heihu Technology Co., Ltd., and Shenzhen Urban Industry Development Group to carry out in-depth cooperation in areas such as green supply chain construction and sustainable development.

As one of the important events of Siemens during the Industrial Fair, the 2024 Siemens Industrial Forum will be held on September 25th. Through live broadcasts at exhibition booths and discussions with industry experts, we will extend the excitement beyond the venue of the China International Fair. Please click on the following link or scan the QR code to register for participation.

International collaborative innovation drives breakthroughs in robotics technology and jointly overcomes global challenges
The integration and development of artificial intelligence and robotics industry opens a new chapter in the era of intelligence
ABB’s cutting-edge robot products debut at conference, exploring new scenarios for “robot+” applications
The 2024 World Robot Conference will be held from August 21st to 25th at the Beijing Economic and Technological Development Zone Beiren Yichuang International Convention and Exhibition Center. The conference, with the theme of “Cultivating New Quality Productivity and Sharing Intelligent New Future”, focuses on three major areas of industrial development, collaborative innovation, and technological innovation, exploring the new changes and opportunities faced by the global robotics industry, and sharing how diverse application scenarios can continuously promote global economic development and social prosperity. Gu Chunyuan, Chairman of ABB China, Marina Bill, President of the International Federation of Robotics, Global Head of Marketing and Sales for ABB Robotics Business Unit and Global Head of Digital Empowerment Center, and Han Chen, President of ABB Robotics Business Unit China, attended the conference and delivered speeches.

Marina Bill delivered a speech at the opening ceremony of the conference and delivered a keynote speech on the current status, trends, and prospects of the global robotics market at the main forum. She pointed out, “In recent years, robot technology, with its unique charm and enormous potential, is reshaping our world. From industrial production to healthcare, from household services to emergency rescue, robots have become an indispensable part of human society

The global robot market continues to grow strongly, and by 2023, the total number of robots worldwide has exceeded 4 million. This number is not only a powerful proof of the rapid development of robot technology, but also heralds the arrival of a new era of intelligence. The deep integration of artificial intelligence, the Internet of Things, and 5G technology will endow robots with higher intelligence, flexibility, and efficiency

ABB China Chairman Gu Chunyuan, as a guest speaker at the main forum of the World Robot Conference, held a wonderful roundtable forum with leaders and experts from relevant industry organizations at home and abroad on the topic of global robot development and governance. He said, “The development of the global robotics industry has accumulated rich successful experience, but also faces many new challenges. Since the birth of robots, safety has been one of the cores of robot governance, and the entire industry has closely cooperated to establish sound global safety standards. Now, the continuous emergence of new technologies and applications, especially AI connecting robots with the physical world, has brought more severe challenges to robot governance. This requires us to attach great importance to it, continue to work together, and jointly explore effective solutions

As a model of cutting-edge technology, robots are demonstrating higher intelligence and autonomy, and are increasingly becoming intelligent partners in our work and life. However, more importantly, the development of robots should benefit all countries and regions, bringing welfare to more people. The advancement of robot technology, cost reduction, and remote technical support have made many tasks that were once impossible a reality today

ABB actively engages in international cooperation and extensive exploration and innovation in areas such as addressing global climate change, protecting biodiversity, ensuring food security, promoting industrial green transformation, and life sciences and new energy materials. For example, it collaborates with the international non-profit organization Junglekeepers to use YuMi robots and RobotStudio cloud technology to assist in the reconstruction of the Amazon rainforest; Using ocean recycled plastic to 3D print customized items, turning plastic pollution into new business opportunities; Support the creation of intelligent automated laboratories to accelerate the research and development of new drugs; Develop AI based automation solutions for laboratory cultivation of seafood products; Provide PixelPaint no overspray technology for electric vehicle production lines, achieving zero waste while improving efficiency.

The rapid development of artificial intelligence and robotics technology has also brought new opportunities to the fields of education and training. Guided programming and natural language processing have greatly lowered the threshold for programming, shifting the focus of education from simple programming skills to how to more efficiently utilize robots to assist human work. This transformation contributes to the popularization of robotics technology, alleviating labor and skill shortages while opening up new employment prospects. In recent years, ABB has continuously enriched its educational robot product line, extensively carried out school enterprise cooperation, and has been committed to supporting the cultivation of young scientific and technological innovation talents and skilled talents in China’s automation field through activities such as the ABB Cup Intelligent Technology Innovation Competition.

China is the world’s largest robot market and a very important market for ABB. Since entering the Chinese market 30 years ago, ABB’s robotics business has been committed to providing comprehensive services and support to users in various industries. During the World Robot Conference, ABB showcased multiple leading robot products and innovative solutions to the audience at booth A119 at the Yichuang International Exhibition Center in Beijing

The GoFa Education Unit is a practical equipment designed for teaching and training, which is the latest robot teaching function package launched by ABB. It uses the ABB collaborative robot GoFa, which is easy to operate ™ 5. Combine comprehensive hardware settings with globally certified STEM training courses, and use customized robot teaching and training to help students quickly improve their professional abilities, guiding new directions for robot teaching and automation education;
The SCARA robot dynamic tracking workstation uses servo based high-precision alignment and tracking technology to ensure that the SCARA robot IRB 920 can obtain continuous feedback from sensors to guide motion, thereby reducing alignment errors. This workstation can reduce cycle time by 70% and improve accuracy by 50%. In addition to static alignment, this method can also be applied to tracking moving objects and is suitable for various types of robots;
ABB OptiFact located in the digital exhibition area ™ The modular software platform can connect numerous devices in the factory, including ABB robots, and efficiently collect, manage, and analyze key data in production facilities to help enterprises explore business value; The offline simulation programming software RobotStudio VR&AR experience area will allow the on-site audience to feel the practical experience of this powerful programming software as if they were in the field;
In addition, the customer service area showcased ABB’s robot remanufacturing services, modular service agreement combinations, and spare parts anti-counterfeiting knowledge to the audience, committed to improving resource utilization efficiency, recycling materials, and extending the service life of robots, thereby promoting circular economy and more sustainable production.

About the World Robot Conference

The World Robot Conference is the largest and highest level industry event in China’s robotics industry. Since the first conference was held in 2015, the World Robot Conference has entered its tenth year. Over the past decade, the World Robot Conference has strengthened cooperation with the scientific and industrial communities of various countries, effectively promoting the research and industrialization process of robot technology. The 2024 World Robot Conference is hosted by the China Electronics Society and the World Robot Cooperation Organization, with joint support from 26 international organizations, the Beijing Municipal Bureau of Economy and Information Technology, and the Beijing Economic and Technological Development Zone Management Committee, and co organized by Shoucheng Holdings Co., Ltd. and Beijing Yizhuang Robot Technology Industry Development Co., Ltd.

ABB is a technology leader in the field of electrical and automation, committed to empowering a more sustainable and efficient future. ABB integrates engineering experience and software technology into solutions to optimize manufacturing, transportation, energy, and operations. Adhering to over 140 years of outstanding history, ABB’s more than 105000 employees worldwide are dedicated to driving innovation and accelerating industrial transformation. ABB has comprehensive business activities in China, including research and development, manufacturing, sales, and engineering services. It has about 30 local enterprises and approximately 15000 employees spread across nearly 130 cities. Its online and offline channels cover about 700 cities across the country.

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