Group 1 - Company Giant Wheel Intelligent (巨轮智能) is currently developing CNC equipment in collaboration with OPS Company, targeting the planetary roller screw industry, and is in the phase of dual promotion in both Chinese and overseas markets [1] - OPS-Ingersoll has over 60 years of experience in manufacturing electric discharge machining (EDM) machines and over 20 years in high-speed machining centers, making it a leading manufacturer in these fields with a strong presence in the mold industry [1] - OPS has established a production base in Guangdong, China, in partnership with Giant Wheel Intelligent since 2012, focusing on the development and manufacturing of Industry 4.0 automation equipment and CNC machines [1] Group 2 - In May of this year, Giant Wheel Intelligent established a wholly-owned subsidiary, OPS Machine Tool (Guangdong) Co., Ltd., which focuses on the manufacturing and sales of metal cutting machine tools and CNC machine tools [2] - Planetary roller screws are increasingly used in industrial applications due to their compact size, high precision, and durability, particularly in humanoid robots as core components for high-precision motion control [2] - The high precision requirements for planetary roller screws currently lead to reliance on imported high-end processing equipment from Germany and Japan, and the new CNC equipment from Giant Wheel Intelligent is expected to fill the gap in domestic production [2] Group 3 - The introduction of the planetary roller screw CNC equipment is part of Giant Wheel Intelligent's strategy to expand its product offerings in the humanoid robot components market, following the XT reducer [3] - The company plans to intensify market development for its planetary roller screw CNC equipment and XT reducers, and has signed a cooperation agreement with Roshen Group to accelerate the overseas market expansion of its reducer products [3] - Giant Wheel Intelligent will jointly promote the planetary roller screw CNC equipment with OPS Company in both Chinese and overseas markets [3]

Group 1 - The company is currently collaborating with OPS to develop CNC equipment applicable to the planetary roller screw industry [2] - The business is in the dual promotion phase for both Chinese and overseas markets [2] - Revenue from the related business will take some time to materialize, and investors are advised to invest rationally and be aware of investment risks [2]

Group 1 - Jiangsu Province announced the list of advanced smart factories for 2025, with a total of 1,807 enterprises included, among which 115 are from Nanjing [1] - Smart factories are crucial for the digital transformation and upgrading of the manufacturing industry, enhancing competitiveness and sustainable development [1] - The "National Smart Factory Gradient Cultivation Action" was launched at the 2024 World Intelligent Manufacturing Conference, aiming to establish a gradient cultivation system from basic to leading smart factories [1] Group 2 - Nanjing Automobile Forging Co., Ltd. has significantly improved automation and information levels, achieving an annual per capita production of over 170 tons and sales revenue exceeding 2.2 million yuan, three times the average level in China's forging industry [2] - Yangzi Petrochemical has implemented a "ground-air linkage" inspection system using various intelligent robots to enhance safety perception and predictive capabilities in production [2] - China Electronics Technology Group Corporation No. 14 Research Institute has developed the "Rui Zhi" industrial software brand, serving over 1,000 enterprises across 15 industries, promoting high-quality digital transformation [3] Group 3 - Nanjing Steel, China Electronics Technology Group Corporation No. 14 Research Institute, and other companies were included in the first batch of national excellent smart factory projects, with Nanjing leading the province with five entries [3] - The Nanjing Industrial and Information Technology Bureau plans to accelerate the promotion and exploration of smart factories, focusing on gradient cultivation from basic to leading levels [3]