Core Viewpoint - The company has successfully developed a new robot harmonic reducer flexible wheel initial blank product using precision stamping instead of forging, achieving import substitution and meeting high fatigue strength requirements [1] Group 1: Product Development - The company innovatively adopted precision stamping to replace forging in the development of the flexible wheel initial blank [1] - Collaboration with upstream and downstream industry chain partners has led to the development of special materials for the product [1] - The product's grain size testing indicators are within the commonly used range for harmonic flexible wheels [1] Group 2: Cost Efficiency - The company is continuously working on the research and trial production of the flexible wheel initial blank's precision machining process [1] - Seamless integration of the initial blank forming, precision machining, and subsequent processes with customers has been achieved, reducing repetitive investments in tooling and fixtures [1] - This integration lowers overall industry chain costs and enhances cost-performance advantages [1] Group 3: Testing and Quality Assurance - Internal durability testing reports from a customer indicate that the stamping process-produced flexible wheel initial blank (model 25) performed comparably to the forged product under identical conditions [1] - No breakage was observed in the flexible wheel during acceleration tests before the coupling grease dried up [1] - The testing results from this single customer do not necessarily represent the requirements and standards of other downstream customers [1] Group 4: Future Outlook - The company plans to continue expanding product model development and testing while actively seeking to broaden its customer base in the industry chain [1] - This strategy aims to lay the foundation for future mass production and market expansion, enhancing new quality production capabilities [1] - Currently, the flexible wheel initial blank products have not generated significant revenue and do not materially impact the company's performance [1]

Core Viewpoint - The company has successfully developed a new precision stamping process for the initial blank of harmonic gear reducers, achieving import substitution and meeting high fatigue strength requirements [1] Group 1: Product Development - The company has innovatively replaced the forging process with precision stamping for the initial blank of harmonic gear reducers, collaborating with upstream and downstream partners to develop special materials [1] - The grain size testing indicators of the new product fall within the commonly used range for harmonic flexible wheels, indicating successful development [1] - Continuous research and trial production of the precision machining process for the initial blank is underway, ensuring seamless integration with customer processes [1] Group 2: Cost Efficiency - The new process reduces the need for repeated investments in tooling and fixtures, thereby lowering overall supply chain costs and achieving cost-performance advantages [1] - The company aims to enhance production efficiency and reduce costs through close collaboration with customers [1] Group 3: Testing and Quality Assurance - In application testing, the company's stamped initial blank product (model 25) showed comparable quality to the forged product under identical testing conditions, with no signs of failure observed during the durability test [1] - It is noted that testing methods and conditions may vary among different downstream customers, and results from one customer do not guarantee satisfaction of all customer requirements [1] Group 4: Future Outlook - The company plans to continue expanding product model development and testing while actively seeking to broaden its customer base in the supply chain [1] - Currently, related products have not generated significant revenue and do not materially impact the company's 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 take-off and landing aircraft [2]. - The company has innovatively adopted precision stamping to replace forging in the development of harmonic reducer flexible wheel initial blanks, achieving import substitution and meeting high fatigue strength requirements [3]. Group 3: Future Prospects - Jindi Co., Ltd. is committed to continuous product model development and testing, while actively expanding its customer base along the industrial chain to lay the foundation for future mass production and market expansion [3]. - Currently, the flexible wheel initial blank products have not generated significant revenue, thus not impacting the company's overall performance [3].