How does GWM integrate technology in its smart factories?

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Great Wall Motor Integrates Advanced Technology Across Its Smart Factory Operations

Great Wall Motor (GWM) integrates advanced technology throughout its smart factories by employing extensive automation, sophisticated R&D infrastructure, and intelligent digital systems to enhance manufacturing efficiency and product development. The company's Xushui Smart Factory in Baoding, Hebei Province, serves as a prime example, allowing over 10,000 runners during the 2025 GWM Smart Factory Half Marathon to witness firsthand the integration of robotic arms, autonomous transport vehicles, and fully automated production lines. This showcase highlighted how intelligent and efficient manufacturing processes are embedded in every stage of vehicle production, from initial body welding to final part transfers, all executed with remarkable speed and precision by robotic systems.
Robotic Automation Enhances Manufacturing Precision and Efficiency

GWM's smart factories extensively utilize robotic arms for a variety of critical tasks, significantly boosting both speed and precision in the manufacturing process. These robotic systems are employed in essential areas such as body welding, where consistent accuracy is paramount, as well as for materials handling, ensuring efficient movement of components. Additionally, robotic arms are utilized for precise adhesive application and the meticulous transfer of parts between different stages of assembly. This level of automation not only streamlines operations but also ensures a high degree of uniformity and quality across all manufactured vehicles, reducing the potential for human error and increasing overall production output.
Robust R&D Infrastructure Supports In-House Core Technology Development

The company demonstrates a strong commitment to in-house innovation, evidenced by its substantial investment in research and development capabilities. GWM has achieved the R&D and production of key automotive components, including engines, transmissions, and power batteries, underscoring its pursuit of technological self-reliance. Supporting this effort is a significant engineering workforce of 23,000 professionals, with engineers comprising one in four employees. Furthermore, GWM has invested nearly RMB 10 billion in a comprehensive testing complex featuring over 2,000 testing capabilities, alongside an advanced Environmental Wind Tunnel Laboratory. This laboratory can simulate extreme conditions ranging from -40°C to +60°C with wind speeds up to 250 km/h, utilizing 35 subsystems to ensure vehicles meet global standards under diverse climatic scenarios.
Intelligent Vehicle Technology Driven by Proprietary Systems

GWM is actively developing cutting-edge intelligent vehicle technology, underpinned by its proprietary systems and infrastructure. The company is developing end-to-end intelligent driving models and an AI data intelligence architecture, powered by its in-house Jiuzhou Supercomputing Center. This focus on in-house development extends to their next-generation advanced driver assistance system, which has been engineered to handle complex real-world driving scenarios effectively. This commitment to developing core intelligent technologies internally allows GWM greater control over innovation and the ability to tailor solutions to its specific strategic objectives, positioning the company at the forefront of automotive technological advancement.
Digitalization and Ecosystem Collaboration Drive Global Operations

Beyond its domestic smart factories, GWM is implementing intelligent and digitalized production systems in its international facilities, such as the new plant in São Paulo, Brazil, which is set to have an annual production capacity of 50,000 new energy vehicles. Similarly, its Rayong NEV Plant in Thailand, a dedicated new energy vehicle manufacturing base, incorporates advanced systems for production, quality management, environmental protection, and digital technologies, aiming for over 50% local content for vehicles like the ORA03 EV. GWM emphasizes the importance of harnessing digital technology for seamless collaboration across its entire ecosystem, viewing future competition as being defined by industrial ecosystems rather than solely supply chains. This approach, combined with an international sales network covering over 170 countries and regions, signifies GWM's broad integration of technology for global reach and operational efficiency.

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How does GWM integrate technology in its smart factories?

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