人形机器人谐波减速器总成及其关键零部件
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金帝股份携手东培股份 合作发展人形机器人相关业务
Zheng Quan Shi Bao· 2025-11-21 16:27
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].
金帝股份(603270.SH):拟与东培股份就人形机器人谐波减速器总成及其关键零部件相关业务进行合作
Ge Long Hui A P P· 2025-11-21 12:30
格隆汇11月21日丨金帝股份(603270.SH)公布,公司与东培工业股份有限公司(简称"东培股份")签署 了《战略合作意向书》,本着平等互利、优势互补、诚信合作、共同发展的原则,确认双方有意就人形 机器人谐波减速器总成及其关键零部件相关业务进行合作,结合公司在制造与研发领域的能力,以及东 培股份在技术与产品应用方面的经验,共同探讨建立合资或其他合作架构的可行性,并就市场、技术及 投资等事项展开沟通与评估,以推动双方长期稳定的合作发展。 ...
金帝股份:与东培股份签订战略合作意向书
Zheng Quan Shi Bao Wang· 2025-11-21 09:11
Core Viewpoint - Jin Di Co., Ltd. (603270) has signed a strategic cooperation intention letter with Dong Pei Co., Ltd. to explore collaboration in humanoid robot harmonic reducer assemblies and key components [1] Group 1: Strategic Cooperation - The agreement confirms both companies' intention to collaborate on relevant business areas [1] - They will discuss the feasibility of establishing a joint venture or other cooperative structures [1] - The cooperation will involve communication and evaluation regarding market, technology, and investment matters to promote long-term stable development [1] Group 2: Financial Implications - The intention letter does not specify any financial amounts [1] - Neither party is obligated to make investments, procurements, authorizations, joint ventures, or other performance obligations due to this intention letter [1]
金帝股份:拟与东培股份就人形机器人谐波减速器总成及其关键零部件相关业务进行合作
Xin Lang Cai Jing· 2025-11-21 09:10
Core Viewpoint - JinDi Co., Ltd. has signed a strategic cooperation letter of intent with DongPei Industrial Co., Ltd. to explore collaboration in humanoid robot harmonic reducer assemblies and key components [1] Group 1 - The cooperation aims to discuss the feasibility of establishing a joint venture or other collaborative framework [1] - The letter of intent does not specify any financial amounts, and specific cooperation projects will be detailed in separate agreements [1]
金帝股份:签订战略合作意向书
Xin Lang Cai Jing· 2025-11-21 09:10
Group 1 - The company, Jindi Co., has signed a strategic cooperation intention letter with Dongpei Industrial Co., confirming their intent to collaborate on humanoid robot harmonic reducer assemblies and key components [1]