- For the first time, a complete end-to-end solution for humanoid robots will be showcased, covering R&D and design, production and manufacturing, final assembly and integration, and industrial field applications
- More than 20 new products will be launched, and 6 categories of embodied intelligence "entering the factory" scenarios will be opened up
- Showcasing integrated applications of automation, digitalization and industrial AI for high-growth scenarios such as humanoid robots, data centers, electronics and semiconductors, and zero-carbon factories
At the 26th China International Industry Fair (CIIF), Siemens will showcase its full industrial stack capabilities in a more focused and scenario-oriented manner: through the deep integration of industrial software, automation hardware, industrial data, AI and industry knowledge, it connects the complete chain from design and simulation, engineering implementation, production and manufacturing to field operations. As industrial AI accelerates its move toward the physical world, this software-hardware synergy and digital-physical connectivity are becoming key support for truly bringing AI to the production frontline. At this fair, Siemens will present, through "Drilling Core 3.0", the first-ever showcased humanoid robot full-process end-to-end solution, more than 20 new products, and 6 categories of embodied intelligence "entering the factory" scenarios, how its software-hardware synergistic industrial technology stack helps customers accelerate the implementation of innovative applications in real industrial scenarios.
"The key to unlocking AI's true value in industrial scenarios lies in its efficient synergy with automation equipment, software, data and industry knowledge." said Achim Peltz, Global CEO of the Motion Control Business Unit of Digital Industries at Siemens AG, Senior Executive Vice President of Siemens (China) Co., Ltd., and CEO of Digital Industries Automation Business in Greater China. "With its full industrial stack capabilities, Siemens helps customers improve productivity, flexibility and resilience, while relying on an open ecosystem of collaboration to continuously drive innovation in high-growth industries, using the fusion of digital and physical to drive new 'intelligent' growth."
For the first time, a complete display of humanoid robot end-to-end capabilities from design to application, accelerating the implementation of physical AI
As a highlight of this year's fair, Siemens will present a humanoid robot full-process end-to-end solution for the first time. From robot body design, process simulation and virtual commissioning to core component machining, complete machine final assembly and industrial field applications, Siemens will demonstrate, through the interplay of software demonstrations and physical scenes, the key roles played by digital twins, flexible manufacturing and intelligent scheduling.
On site, Siemens will recreate the real industrial application scenario of "robot loading and unloading" through real-time interaction between an actual CNC machine tool and a wheeled humanoid robot. Under unified scheduling, the robot body moves autonomously and uses its robotic arm or dexterous hand to precisely complete workpiece grasping, simulated loading and return placement, achieving deep coordination between the robot body, scheduling software, data communication and machine tool equipment. This solution can efficiently meet flexible production demands of multiple varieties and small batches, and is suitable for scenarios such as automotive quality inspection, parts assembly and logistics handling.
To advance the implementation of physical AI, during the fair Siemens plans to open 6 categories of embodied intelligence "entering the factory" scenarios, exploring together with the industry the application of embodied intelligence in long-process, multi-task scenarios such as flexible loading and unloading, flexible packaging and intelligent picking, depalletizing and palletizing.
In addition to humanoid robots, Siemens will also focus application showcases on multiple high-growth scenarios:
- Data centers:It will showcase the Data Center 5.0+ architecture, which covers whole-of-lifecycle integrated solutions. By analyzing and adjusting cooling demand and the air-to-liquid cooling ratio in real time, it ensures reliable, uninterrupted system operation, meeting the industry's needs for safety and stability, digital intelligence, and green low-carbon development. Based on integrated simulation design, high-efficiency carbon management, reliable power distribution products and global project experience, Siemens is committed to addressing the energy consumption challenges posed by the global surge in AI computing power, and to expanding global computing power layouts together with customers.
- Electronics and semiconductors:It will showcase how AI-assisted programming empowers optical module assembly, achieving the integration of standardization and digitalization and shortening project delivery cycles by about 50%.
- Zero-carbon factories:It will showcase related applications spanning the full energy value chain of "source, grid, load and storage", achieving integrated and coordinated operation of energy-carbon management, intelligent power distribution and autonomous buildings, improving campus energy management and operational efficiency, and supporting the establishment of zero-carbon factory benchmarks.
"Drilling Core 3.0" fully upgraded, unleashing integrated software-hardware capabilities
As the core carrier of Siemens' industrial technology stack, the newly upgraded "Drilling Core 3.0" will target the different segment market needs of discrete and process industries, further enriching its portfolio of automation and digitalization solutions covering the five-layer industrial architecture (field layer, control layer, operations layer, management layer, cloud). Through the deep integration of industrial software such as Intelligence Center X and Teamcenter, "Drilling Core 3.0" will connect underlying equipment, control systems and upper-level R&D design, production manufacturing and operations management, promoting efficient data flow and analysis throughout the entire process, and continuously strengthening digital-physical integration capabilities.
From design and simulation to operations and services, presenting end-to-end value creation capabilities
Facing the challenges of compressed delivery cycles and increased process complexity, Siemens relies on the Totally Integrated Automation (TIA) unified engineering platform and industrial data foundation, using software-hardware synergy and AI empowerment to improve engineering efficiency and solution quality. At the fair, Siemens will demonstrate end-to-end value creation capabilities through full-process solutions covering design and simulation, engineering and manufacturing, and operations and services, driving agile implementation of automation engineering:
- Design and simulation:Relying on industrial software such as Designcenter AI, Simcenter AI and Teamcenter AI, it helps customers complete high-precision commissioning and simulation verification of projects, products and production lines in a virtual environment.
- Engineering and manufacturing:It will present motion control solutions covering diverse scenarios, achieving efficient coordination from underlying hardware to top-level scheduling. On site, visitors can directly experience the capabilities of the SIMATIC T-CPU high-precision equipment manufacturing solution in flexible manufacturing: by coordinating with a magnetic levitation system, materials flow at high speed and multi-threaded; and robotic arms are driven to grasp precisely. Currently, the solution has been implemented in multi-batch, multi-variety pharmaceutical filling scenarios, where contactless magnetic levitation operation reduces particulate contamination, lowers equipment wear, and achieves clean production.
- Operations and services:Through solutions based on digital operations software such as DRIVETRAIN Analyser and DCMA, Siemens will collect and analyze key equipment data, carry out production line health diagnostics, failure prediction and output maintenance recommendations, reducing unplanned downtime and improving process stability.
During the fair, Siemens will also jointly exhibit with Beijing Yixin Tong Technology Co., Ltd., Bozhon Precision Industry Technology Co., Ltd., Guangzhou Sinbang Intelligent Equipment Co., Ltd., Guangdong Huayan Robot Co., Ltd., Huachen Precision Equipment (Kunshan) Co., Ltd., SIASUN Robot & Automation Co., Ltd. of Shenyang, Zhejiang Jingsheng Mechanical & Electrical Co., Ltd., and Zhongke Motong (Changzhou) Intelligent Manufacturing Co., Ltd., focusing on innovative achievements and practical implementation in precision manufacturing, automated machining, intelligent production line control and other areas.
Starting October 12, Siemens will also hold a series of livestream events from its booth, discussing with industry experts and partners new directions for AI empowering automation and industrial development. Click the link to join: 2026 Siemens CIIF series of livestream events.
Media contact:
Siemens (China) Co., Ltd. Communications Department
Yao Bowen, email: bo-wen.yao@siemens.com
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Siemens Digital Industries (DI)helps companies of all sizes in the process and discrete manufacturing industries accelerate their digital transformation and sustainable development across the entire value chain. Siemens' cutting-edge automation and industrial software portfolio comprehensively transforms the entire process of designing, executing, and optimizing products and production. The open digital business platform Siemens Xcelerator makes this process easier, faster, and more scalable. Together with ecosystem partners, Siemens Digital Industries helps customers become sustainable digital enterprises. Siemens Digital Industries has approximately 70,000 employees worldwide.
About Siemens in China:
Siemens AG (headquartered in Berlin and Munich) is a technology company focused on industry, infrastructure, transport, and healthcare, dedicated to continuously driving innovation to create a better everyday with technology. By blending the real and digital worlds, Siemens empowers customers to accelerate their digital and sustainable transformation, making factories more efficient, cities more livable, and transport more sustainable. As a pioneer and innovation driver in industrial AI applications, Siemens has always relied on its deep industry expertise to actively advance the deployment of artificial intelligence technologies, including generative AI, enabling AI to serve customers across a wide range of industries and create profound value. Siemens holds a majority stake in the publicly listed company Siemens Healthineers, a leading healthcare technology company that is pioneering breakthroughs in the healthcare industry. Since entering China in 1872, Siemens has spent more than 150 years providing comprehensive support for China's development with innovative technologies, outstanding solutions, and products. Siemens has become an integral part of Chinese society and the economy, and is committed to working hand in hand with China to achieve sustainable development. For more information, please visit www.siemens.com.cn.
This article was provided by Siemens and republished by QbitAI with authorization; the views belong to the original author.