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固态电池极片激光表面处理设备
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ST逸飞:与松山湖材料实验室联合开发新型结构化极片与激光微加工技术,已开发相应设备处于推广验证阶段
Mei Ri Jing Ji Xin Wen· 2025-12-19 11:48
Core Viewpoint - The collaboration between the company and Songshan Lake Materials Laboratory focuses on solid-state battery technology, particularly in electrode processes and equipment, with recent advancements in anion regulation technology that addresses contact issues between electrolytes and lithium electrodes [2]. Group 1: Collaboration and Development - The company signed an agreement with Songshan Lake Materials Laboratory in October 2024 to collaborate on solid-state battery electrode processes and equipment [2]. - The team led by Huang Xuejie has developed an anion regulation technology that resolves the challenge of achieving tight contact between the electrolyte and lithium electrode in all-solid-state lithium batteries [2]. Group 2: Progress and Applications - The company reported that the joint development of new structured electrode sheets and laser micro-processing technology is progressing smoothly, with relevant equipment currently in the promotion and verification stage [2]. - The company has technological reserves in solid-state battery laser applications and manufacturing equipment, including core devices applicable to semi/full solid-state battery manufacturing [2]. - New products have been developed, such as laser groove equipment and solid-state battery electrode surface treatment equipment, which can be utilized in the electrode production process of solid-state batteries [2].
ST逸飞(688646.SH):电芯装配设备、模组PACK设备以及整厂智慧物流系统等核心设备与相关技术可应用于半/全固态电池制造领域
Ge Long Hui· 2025-12-19 10:56
Core Viewpoint - ST Yifei (688646.SH) is collaborating with Songshan Lake Materials Laboratory to develop new structured electrode and laser micro-processing technologies for lithium battery applications, with progress reported as smooth [1] Group 1: Technology Development - The company is exploring the industrial application paths of new materials and processes for lithium batteries [1] - New equipment developed is currently in the promotion and verification stage [1] Group 2: Equipment and Applications - The company has technological reserves in solid-state battery laser applications and manufacturing equipment [1] - Core equipment such as cell assembly equipment, module PACK equipment, and smart logistics systems can be applied in the manufacturing of semi/fully solid-state batteries [1] - New products developed include laser groove equipment and laser surface treatment equipment for solid-state battery electrodes, applicable in the electrode production process [1]
ST逸飞:开发了激光刻槽设备、固态电池极片激光表面处理设备等新产品
Ge Long Hui· 2025-11-28 08:15
Core Viewpoint - ST Yifei (688646.SH) has established technological reserves in solid-state battery laser applications and manufacturing equipment, indicating potential growth in the solid-state battery sector [1] Group 1: Technological Capabilities - The company possesses core equipment and related technologies applicable to the manufacturing of semi/fully solid-state batteries, including cell assembly equipment, module PACK equipment, and smart logistics systems for entire factories [1] - New products have been developed, such as laser groove equipment and laser surface treatment equipment for solid-state battery electrode sheets, which can be utilized in the electrode sheet production process [1]
ST逸飞(688646.SH):开发了激光刻槽设备、固态电池极片激光表面处理设备等新产品
Ge Long Hui· 2025-11-28 08:10
Core Viewpoint - ST Yifei (688646.SH) has established technological reserves in solid-state battery laser applications and manufacturing equipment, indicating potential growth in the solid-state battery sector [1] Group 1: Technological Capabilities - The company possesses core equipment and related technologies applicable to the manufacturing of semi/fully solid-state batteries, including cell assembly equipment, module PACK equipment, and smart logistics systems for entire factories [1] - New products have been developed, such as laser groove equipment and laser surface treatment equipment for solid-state battery electrode sheets, which can be utilized in the electrode sheet production process [1]