证券研究报告 | 行业深度报告 2025 年 12 月 16 日 储能爆发+固态加速，看好锂电设备开启新一轮景气周期 锂电设备 2026 年度策略报告 中游制造/机械 2025 年，传统锂电扩产&招标恢复，同时储能爆发带来需求持续性，锂电设备 公司基本面触底回升。展望 2026 年，随着设备和材料逐步突破，固态电池即将 迎来商业化奇点，中试线招标、装车调试、量产线招标等后续催化不断，看好 设备端投资机遇。 q 2025 年回顾：传统锂电扩产&招标恢复，锂电设备板块景气复苏。 q 投资建议：固态产业化拐点渐行渐近，看好新技术打开设备百亿市场空间， 建议关注"卖铲人"逻辑。从竞争力延续角度，建议关注布局整线设备的锂 电设备龙头【先导智能】【赢合科技】【利元亨】【杭可科技】等；布局前 道干法电极设备【纳科诺尔】【宏工科技】【曼恩斯特】【先惠技术】【华 亚智能】；卡位核心环节等静压设备【利通科技】【科新机电】【荣旗股份】， ALD 设备【微导纳米】等；平台型激光设备、超声设备公司【海目星】【联 赢激光】【德龙激光】【骄成超声】等。 q 风险提示：下游电池厂扩产不及预期、固态电池等新技术产业进展不及预期、 竞争格局恶化 ...

| 代码 | 简称 | 今日涨跌 | 今日换手 | 5日均线 | 10日均线 | 5日较10日均线 | 最新价 | 较10日均线乖 | | --- | --- | --- | --- | --- | --- | --- | --- | --- | | | | （%） | 率（%） | （元） | （元） | 距离（%） | （元） | 离率（%） | | 300250 | 初灵 | -6.37 | 11.94 | 28.33 | 28.78 | -1.55 | 25.30 | -12.08 | | | 信息 | | | | | | | | | 002474 | 榕基 软件 | -1.83 | 10.53 | 10.81 | 10.96 | -1.40 | 10.21 | -6.83 | | 603950 | 长源 | -1.09 | 0.41 | 29.90 | 30.28 | -1.25 | 29.04 | -4.09 | | | 东谷 | | | | | | | | | 000020 | 深华 发A | -2.80 | 3.25 | 16.01 | 16.19 | -1.12 | 14.90 | -7.9 ...

内容概况：与全球市场相似，中国电动汽车产业的快速发展，提升了锂电池的下游需求，进而带动了锂 电池智能装备发展。数据显示，中国锂电池智能装备市场规模从2020年的275亿元增长至2022年的722亿 元。2023-2024年下游市场需求放缓，电动汽车电池及储能电池企业新项目建设减速，抑制了对锂电池 智能装备的短期需求，导致2024年市场规模下降至202亿元。2025年以来，受益于国际头部电池企业开 工率显著提升、扩产节奏逐渐恢复，中国锂电池智能装备行业迎来复苏契机，预计2025年中国锂电池智 能装备市场规模将达260亿元。 相关上市企业：先导智能（300450）、赢合科技（300457）、华自科技（300490）、杭可科技 （688006）、利元亨（688499）、科恒股份（300340）、璞泰来（603659）、星云股份（300648）、联 赢激光（688518）、海目星（688559）等。 相关企业：深圳市浩能科技有限公司、广东奥鸿智能装备有限公司等。 关键词：锂电池智能装备行业相关政策、锂电池智能装备行业产业链、动力锂电池出货量、消费锂电池 出货量、储能锂电池出货量、全球锂电池智能装备行业市场规模、中国锂 ...

证券日报网讯12月4日，联赢激光在互动平台回答投资者提问时表示，为确保信息披露的公平性，公司 将在定期报告中统一公布股东人数相关信息。 ...

证券日报网讯12月4日，联赢激光在互动平台回答投资者提问时表示，公司具备激光器研发生产能力， 产品涵盖YAG激光器、光纤激光器、半导体激光器、复合激光器等。上述产品已经实现国产替代，公 司在日本有子公司，在日本销售联赢品牌的激光器及设备，客户包括松下、丰田、本田企业。 ...

Group 1: Core Insights - The report emphasizes that the AI wave is initiating a new cycle in intelligent manufacturing, shifting the investment focus from cyclical fluctuations to "new hard-core" assets that can define the future and support the AI trend [8][9]. - Human-shaped robots are highlighted as the ultimate embodiment of AI intelligence, expected to revolutionize labor liberation and serve as a universal platform for AI interaction with the physical world [9][10]. - The report identifies solid-state batteries as a key technology that will unlock performance ceilings for human-shaped robots and electric vehicles due to their high energy density and safety [9][10]. Group 2: Human-Shaped Robots - The human-shaped robot industry is transitioning from concept validation to commercialization, with companies that have developed product capabilities in key components likely to experience significant valuation increases [13][17]. - The investment strategy focuses on essential hardware components rather than single manufacturers due to the uncertainty in design solutions, creating unique investment opportunities [25][28]. - Key companies to watch in this sector include Xinjie Electric, Huichuan Technology, and Weichuang Electric, which are positioned to benefit from the growth in human-shaped robots [17][30]. Group 3: AI Equipment and Materials - The demand for AI-related infrastructure is surging, leading to significant growth in high-performance servers, GPUs, and advanced PCB requirements [32][36]. - The PCB specialized equipment market is expected to grow from $3.306 billion in 2020 to $4.111 billion in 2024, with a CAGR of 5.60% in China [32][34]. - Key players in the equipment sector include Dazhu CNC and Chip Quik, which are well-positioned to capitalize on the increasing demand for advanced PCB manufacturing [36][40]. Group 4: Solid-State Batteries - The solid-state battery industry is accelerating towards commercialization, with major manufacturers like CATL and Zhongxin Innovation targeting 2027 for small-scale production [9][10]. - The global solid-state battery equipment market is projected to reach ¥107.94 billion by 2030, indicating a significant capital expenditure cycle ahead [9][10]. - Companies such as Lead Intelligent and Hai Moxing are recommended for their potential to benefit from this new capital expenditure cycle [9][10]. Group 5: Controlled Nuclear Fusion - Controlled nuclear fusion is transitioning from experimental phases to industrialization, with significant advancements in research and increased capital investment driving the industry forward [9][10]. - The report suggests focusing on companies involved in nuclear fusion projects, such as Hangyang Co. and Shanghai Electric, which are positioned to gain from this emerging sector [9][10]. - The demand for energy solutions is expected to grow, making nuclear fusion a critical area for investment as it promises to provide sustainable energy sources [9][10]. Group 6: Engineering Machinery - The domestic engineering machinery market is recovering, with excavator sales showing a positive trend, while overseas demand is also increasing due to factors like housing construction and manufacturing sector recovery [6][9]. - Major projects in China, such as the Yaxi Water Conservancy Project and the Xinjiang-Tibet Railway, are expected to boost domestic machinery demand [6][9]. - Key companies in this sector include Sany Heavy Industry, XCMG, and Zoomlion, which are anticipated to benefit from both domestic recovery and international expansion [6][9].

Group 1 - The solid-state battery industry is gaining significant investor interest, with companies in the supply chain from battery manufacturing to upstream materials and equipment suppliers actively engaging with investors during Q3 earnings calls [1] - Semi-solid batteries are already in market application, while all-solid-state batteries are expected to enter a critical pilot testing phase between 2026 and 2027 [2][4] - Companies like Guoxuan High-Tech and Zhuhai Guanyu have reported advancements in semi-solid battery production, with Guoxuan's G-Yuan semi-solid battery nearing mass production and Zhuhai Guanyu starting to ship semi-solid batteries [2][3] Group 2 - The foundation for solid-state battery commercialization lies in innovations in battery materials, with companies currently in the sample submission phase and some achieving small batch shipments [4] - Key materials such as high-nickel and lithium-rich manganese-based cathodes are becoming mainstream to meet the higher energy density requirements of solid-state batteries [4] - Companies like Better Ray and New Zobang have reported small batch applications of solid electrolytes in semi-solid batteries, while companies like Greeenmei have achieved ton-level shipments of solid-state battery materials [4] Group 3 - Equipment manufacturers are seizing opportunities in the solid-state battery sector, with significant differences in production processes compared to traditional liquid batteries [7] - Companies like Lianying Laser and Delong Laser are already producing equipment for semi-solid and all-solid-state batteries, with expectations of increased orders in the coming year [7][8] - Overall, the solid-state battery industry is transitioning into a phase where semi-solid batteries are being applied, and all-solid-state batteries are moving towards pilot testing, with material and equipment companies accelerating their engagement with downstream partners [8]

Group 1: Market Trends and Developments - The solid-state battery industry is experiencing significant interest from investors, with companies in the battery manufacturing, upstream materials, and equipment sectors actively engaging in discussions about technological advancements and industry trends [2] - Semi-solid batteries have begun market applications, while all-solid-state batteries are entering a critical testing phase expected between 2026 and 2027 [3] - Companies like Guoxuan High-Tech and Zhuhai Guanyu have reported that their semi-solid batteries are in mass production and gaining customer recognition, indicating that these products are no longer just concepts but are entering the market [3] Group 2: Material Innovations and Production - The foundation of solid-state battery commercialization lies in innovations in battery materials, with companies currently in the sample submission phase and some achieving small-scale shipments [5] - Companies such as Better Ray and New Zobang have reported small-scale applications of solid electrolytes in semi-solid batteries, while high-nickel and lithium-rich manganese-based materials are becoming mainstream for solid-state batteries [5] - The performance of high-nickel materials in solid-state batteries is approaching that of liquid batteries, with energy densities exceeding 400 Wh/kg, significantly surpassing current liquid battery levels [5] Group 3: Equipment and Supply Chain Opportunities - Equipment manufacturers are seizing opportunities in the solid-state battery sector due to the distinct production processes compared to traditional liquid batteries [7] - Companies like Lianying Laser and Delong Laser are already producing equipment for semi-solid and all-solid-state batteries, with expectations of increased orders in the coming years [7] - Dayun Technology is also focusing on solid-state battery testing equipment, indicating a growing market for detection solutions in the solid-state battery industry [8] Group 4: Future Outlook - The solid-state battery industry is currently in a phase where semi-solid batteries are being applied, and all-solid-state batteries are moving into testing, with significant advancements expected by 2026 to 2027 [8] - Material and equipment companies are accelerating their engagement with downstream manufacturers to position themselves for future growth opportunities in the solid-state battery market [8]

Investment Rating - The report recommends focusing on solid-state battery equipment suppliers such as **XianDao Intelligent**, **LianYing Laser**, and **HangKe Technology**. It also suggests paying attention to companies involved in dry/wet electrode equipment and dry electrode & module PACK [2][8]. Core Insights - The front-end manufacturing process is crucial in lithium battery production, directly impacting battery performance and production line stability. The process includes the formation of positive and negative electrode sheets and solid electrolyte membranes, which are essential for energy density, rate performance, and cycle life [2][5][7]. - Solid-state batteries require the preparation of solid electrolyte membranes in addition to traditional electrode sheets, increasing the complexity and criticality of the manufacturing process [7][15]. - The solid-state battery front-end manufacturing process can be divided into dry and wet methods, with dry methods gradually becoming the mainstream due to their cost, process, and material compatibility advantages [2][12][15]. - Various dry film formation technologies exist, including fiberization, dry spray deposition, gas phase deposition, thermal extrusion, direct pressing, and 3D printing, each suitable for different applications [2][40]. Summary by Sections 1. Key Manufacturing Processes - The preparation of electrode sheets and electrolyte membranes is critical, directly influencing battery performance and mass production outcomes [5][11]. - The film formation process can be categorized into dry and wet methods, with dry methods being the future of high-performance solid-state batteries [11][12]. - Dry film formation paths are diverse, with fiberization seen as a promising route for future mass production [11][18]. 2. Market Potential - The market for front-end solid-state battery equipment is expected to reach **8 billion yuan** by 2029, driven by the anticipated increase in global solid-state battery capacity from **17 GWh** in 2024 to **200 GWh** in 2029 [8][9]. 3. Dry vs. Wet Process Advantages - Dry processes eliminate solvent use and drying steps, leading to lower energy consumption and manufacturing costs, while enhancing material utilization and environmental friendliness [15][18]. - Dry processes exhibit superior structural stability, allowing for higher packing densities and energy densities compared to wet processes [18][34]. 4. Solid Electrolyte Materials - Solid electrolyte materials are categorized into oxides, sulfides, polymers, and halides, with sulfides currently being the mainstream technology due to their high conductivity and processing performance [21][22]. 5. Future Developments - The evolution of solid-state batteries will involve the introduction of high-performance anodes and cathodes, with dry processes increasingly demonstrating compatibility advantages [26][30].

Group 1 - The core viewpoint of the news is that Lianying Laser experienced a decline in stock price, closing at 23.92 yuan per share, with a market capitalization of 8.164 billion yuan [1] - Lianying Laser specializes in the research, production, and sales of precision laser welding machines and automated laser welding equipment, with its main business revenue composition being 59.01% from automated welding equipment, 19.69% from workbenches, 13.61% from other sources, and 7.69% from lasers and welding machines [1] Group 2 - According to data, a fund under Debang Fund holds a significant position in Lianying Laser, with Debang LeXiang Life Mixed A (006167) holding 92,000 shares, accounting for 4.9% of the fund's net value, ranking as the ninth largest holding [2] - Debang LeXiang Life Mixed A has achieved a year-to-date return of 25.31% and a one-year return of 18.44%, with a total fund size of 36.1571 million yuan [2] Group 3 - The fund managers of Debang LeXiang Life Mixed A are Jiang Yanglei and Wang Yu, with Jiang having a total fund size of 13.5 million yuan and a best return of 27.16% during his tenure, while Wang manages 4.992 million yuan with a best return of 29.38% [3]