格隆汇1月23日丨金帝股份(603270.SH)在互动平台表示，公司在机器人谐波减速机柔轮初坯产品研发方 面，创新采用精密冲压替代锻造工艺，联合产业链上下游开发特种材料，成功实现进口替代，目前该产 品晶粒度等级测试指标在谐波柔轮的常用范围内，达到高疲劳强度要求。同时公司持续进行柔轮初坯精 加工工序的研发试制，打通公司柔轮初坯成型、精加工前序与客户精加工后序、珩磨内孔、滚齿等工序 无缝衔接，实现与客户的零距离协同，减少工装夹具等重复投入，降低整体产业链成本，实现成本性能 优势。在应用测试方面，根据其中一个测试客户的内部耐久测试报告，公司提供的冲压工艺生产的柔轮 初坯产品（25型号）与该客户使用的锻造工艺生产的产品装配同型号谐波减速器，在输出轴扭矩200- 250Nm等相同条件下进行加速测试，联轴器油脂干涸前未发现柔轮破裂现象，公司冲压工艺生产的柔轮 初坯与对照测试的锻造工艺生产的产品的品质相当。因各下游客户对不同的终端产品应用场景有不同的 要求，其测试方式、测试条件、测试设备、标准要求等可能会存在差异，该单一客户的样品内部测试结 果不代表满足下游其他客户的使用要求、测试条件和标准。公司将持续推进产品型号拓展研发 ...

Core Viewpoint - The company, Jindi Co., Ltd. (603270.SH), is actively involved in the aerospace and robotics sectors, focusing on the production of bearing retainers and harmonic reducer components, while emphasizing the importance of market demand forecasting in these industries [1]. Group 1: Aerospace and Robotics Layout - The company’s main product, bearing retainers, is utilized in various industries including automotive, home appliances, construction machinery, machine tools, rail transportation, aerospace, and high-end equipment [1]. - The company is developing harmonic reducer flexible wheel products using precision stamping technology to replace traditional forging processes, aiming for import substitution and achieving high fatigue strength requirements [1]. - The company is conducting ongoing research and development for the flexible wheel initial blank processing, aiming to streamline production processes and reduce costs across the supply chain [1]. Group 2: Market Demand and Testing - The company needs to anticipate changes in market demand for end-user applications, as there is a significant time lag between the delivery of bearing retainers and their final application in end products [1]. - Testing results from a specific client indicate that the quality of the stamped flexible wheel initial blank is comparable to that of forged products under similar testing conditions, although results may vary across different clients [1]. - Currently, the flexible wheel initial blank products have not generated significant revenue and do not materially impact the company's overall performance [1].

Core Viewpoint - The strategic cooperation agreement between Jindi Co., Ltd. and Dongpei Industrial Co., Ltd. aims to enhance collaboration in the field of humanoid robot harmonic reducer assemblies and key components, leveraging both companies' strengths in manufacturing, research, and technology [1][2]. Group 1: Strategic Cooperation - Jindi Co., Ltd. and Dongpei Industrial Co., Ltd. signed a strategic cooperation letter of intent to explore the feasibility of establishing a joint venture or other collaborative structures [1]. - The cooperation will focus on integrating technology, manufacturing, and market resources to improve product competitiveness and market penetration [1][2]. - Both companies will share market information and potential customer lists voluntarily, and explore future collaboration in market promotion, brand cooperation, and supply chain synergy [1]. Group 2: Product Development and Market Position - Jindi Co., Ltd. aims to combine its manufacturing and research advantages with Dongpei's technical and product application experience to transform R&D strengths into competitive end products [2]. - The company's main products include bearing retainers and precision components, with applications in automotive power systems and emerging industries such as electric vertical takeoff and landing aircraft motors and humanoid robot motors [2]. - The company has innovatively adopted precision stamping to replace forging in the development of harmonic reducer flexible wheel preforms, achieving import substitution and meeting high fatigue strength requirements [3]. Group 3: Production and Cost Efficiency - Jindi Co., Ltd. is working on seamless integration of pre-forming and precision processing stages to reduce costs and improve efficiency in the supply chain [3]. - The company is actively expanding its product model development and testing while seeking to broaden its customer base in the industry chain [3]. - Currently, the flexible wheel preform products have not generated significant revenue, thus not impacting the company's overall performance [3].

Market Review - The Huaxia Sci-Tech AI ETF (89010) closed at 1.374 CNY, down 0.94%, following a decline in the Sci-Tech AI Index (-1.01%) [1] - The ETF showed a recovery after a low opening, indicating short-term support [1] - Among the constituent stocks, 5 increased while 25 decreased, with Weisheng Information and Tianzhun Technology leading the gains, while Fuxin Software and Fudan Microelectronics saw significant declines, reflecting pressure on AI applications and computing power [1] - The Robot ETF (562500) closed at 0.996 CNY, down 0.50%, fluctuating between 0.984 and 0.999 CNY throughout the day [1] - The trading volume exceeded 900 million CNY, maintaining stable trading activity [1] Hot News - Xiaopeng aims to achieve large-scale production of advanced humanoid robots by the end of 2026 [2] - At the 8th China International Import Expo, Wang Xingxing, founder of Yushu Technology, commented on the development speed of embodied intelligent models, noting that while there has been significant progress in some areas this year, the pace of advancement in large models is slightly slower than expected [2] - Jindi Co. announced innovations in the development of robot harmonic reducer flexible wheel products, successfully achieving import substitution through precision stamping [2] Institutional Views - Guojin Securities emphasizes the importance of new technology iterations and component ticket pricing, highlighting the competitive advantages of automotive manufacturers and brands that understand demand scenarios and hardware supply chains [3] - The report suggests focusing on the "ticket pricing" and technological iterations, particularly in the supply chain related to Tesla and its components [3] - Key recommendations include the full-size humanoid robot UM Ningbo Huaxiang and attention to the development of dexterous hands and motors [3] Popular ETFs - The Robot ETF (562500) is the only ETF in the market with a scale exceeding 20 billion CNY, offering the best liquidity and comprehensive coverage of the Chinese robotics industry [4] - The Huaxia Sci-Tech AI ETF (589010) is positioned as the "brain" of robotics, with a 20% fluctuation limit and flexibility in small and mid-cap stocks, aiming to capture the "singularity moment" in the AI industry [4]

Core Viewpoint - The company has successfully developed a new type of robot harmonic reducer flexible wheel product using precision stamping instead of forging, achieving import substitution and meeting high fatigue strength requirements [1] Group 1: Product Development - The company has innovatively adopted precision stamping to replace traditional forging processes in the development of flexible wheel products [1] - The product's grain size testing indicators are within the commonly used range for harmonic flexible wheels, indicating successful material development [1] - Fatigue life validation tests conducted by some customers have exceeded three months without any abnormal issues, demonstrating product reliability [1] Group 2: Process Improvement - The company is continuously working on the research and trial production of the precision machining process for flexible wheel initial blanks, aiming for seamless integration with customer processes [1] - This integration reduces the need for repeated investments in tooling and fixtures, thereby lowering overall supply chain costs [1] Group 3: Market Expansion - The company plans to continue expanding its product model development and testing, while actively seeking to broaden its customer base within the supply chain [1] - These efforts are aimed at laying a foundation for future mass production and market expansion, enhancing new productivity capabilities [1]

Core Viewpoint - Jin Di Co., Ltd. has successfully developed a new type of robot harmonic reducer flexible wheel using precision stamping instead of forging, achieving import substitution and meeting high fatigue strength requirements [1] Group 1: Product Development - The company has innovatively adopted precision stamping to replace traditional forging processes in the development of the flexible wheel initial blank for robot harmonic reducers [1] - Collaboration with upstream and downstream industry chain partners has led to the development of special materials for this product [1] Group 2: Performance Testing - The product has passed grain size level testing and is within the commonly used range for harmonic flexible wheels [1] - Some customers have conducted fatigue life validation tests for over three months without any abnormal issues reported, indicating promising product reliability [1] Group 3: Financial Impact - Currently, the flexible wheel initial blank products have not generated revenue and do not significantly impact the company's overall performance [1]