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92起亿元级融资大盘点!2025中国医疗科技企业融资榜单
思宇MedTech· 2026-01-20 07:58
Core Insights - In 2025, there is a noticeable trend of capital concentration in the Chinese medical device industry, with funds being directed towards fewer and more certain directions [2] - The analysis of 92 billion-level financing events reveals that capital is increasingly focused on high-end diagnostic and imaging equipment, surgical robots, and core components [8][10][12] Financing Overview - The top financing events include companies like United Imaging (10 billion), Fourier (8 billion), and Core Medical (7.2 billion), indicating a strong interest in advanced medical technologies [3] - The financing amounts show a clear gradient structure, with a few head companies receiving large sums while many others receive smaller amounts, reflecting a layered investment strategy [25] Sector Analysis - High-end diagnostic and imaging-related companies dominate the financing landscape, accounting for the highest proportion of investments [8] - Surgical robots and automation projects are also significant, making up nearly 20% of the sample, with a focus on projects that have clear execution roles [10][11] - Cardiovascular and interventional projects are highly concentrated, with fewer projects but larger financing amounts, indicating a preference for high-value investments in this area [12] Industry Positioning - There is an increasing emphasis on upstream core components and foundational capabilities, with these projects representing about 10-15% of the sample [17] - Platform-based capabilities are becoming more prominent, with over 15% of the sample consisting of companies that offer services or solutions rather than single products [19] Investment Logic - The financing choices reflect a systematic selection logic, where projects are evaluated based on their potential to be integrated into existing healthcare systems rather than merely their popularity [24] - The capital is not solely focused on "hot tracks" but is instead making decisions based on the long-term viability and clinical value of the technologies [27][28]
7本白皮书全回顾:为2025医疗科技创新留下坐标
思宇MedTech· 2026-01-20 07:58
2025 年,思宇MedTech围绕医疗科技多个核心赛道,持续发布系列行业白皮书, 系统呈现全球医疗器械与 技术创新的发展图景。希望通过专业、结构化的方式,让真正推动产业进步的创新力量,被更多人看见、理解 与尊重。 白皮书下载链接已附文末,欢迎保存与转发~ # 2025 年思宇白皮书体系回顾 2025 年,思宇围绕医疗科技多个关键创新方向,陆续发布并更新了多本行业白皮书,逐步形成具有体系性的 年度内容骨架。 一、从产业能力出发:医疗器械 BD 白皮书 《2025 医疗器械 BD 白皮书》以医疗器械行业特有的商务拓展逻辑为切入点,系统梳理了不同发展阶段企业 在并购、引进、合作与授权中的实际需求与能力结构。这一主题并非通用管理话题,而是高度贴合医疗器械产 业特性的现实议题,也回应了大量企业在发展过程中的真实困惑。 二、在成熟赛道中寻找长期价值:超声刀白皮书 《2025 超声刀白皮书》聚焦一个已相对成熟、但仍持续孕育优秀企业与技术演进空间的赛道。白皮书从技术 路径、产品代际、临床应用与市场结构等多个维度,系统呈现超声刀产业的真实图景,强调成熟赛道同样值得 被认真研究与长期关注。 三、聚焦高创新密度赛道:眼科、手术机 ...
最新!4款医疗器械进入创新通道
思宇MedTech· 2026-01-19 03:38
2026年1月16日,国家药品监督管理局公布了 创新医疗器械特别审查申请审查结果公示(2026年第2号) , 有 4款产品 进入创新通道 。 1 . 产品名称 : 骨 盆 骨 折 手 术计划软件 申请人:北京罗森博特科技有限公司 北京罗森博特科技有限公司成立于2017年,是一家专注于骨科手术机器人与术中智能规划系统的原 始创新研发的国家高新技术企业。公司以复杂骨盆骨折等高难度创伤骨科手术为核心突破点,开发出包括罗森 万相 ® 智能化骨科手术机器人系统在内的多款数字化医工融合产品。该系统通过 人工智能规划、术中实时3D导航和自动复位等技术辅助临床手术,大幅提升手术精准度和效率。公司已获得 多项荣誉,如北京市专精特新"小巨人"企业,并完成多轮融资,支持产品研发与商业化。目前,其机器人已在 全国多家医院应用,完成数百例手术,并推动技术向国际市场扩展。 2 . 产品名称 : 磁 共 振 影 像 增强器 申请人:清超卓影(北京)医疗科技有限公司 清超卓影(北京)医疗科技有限公司成立于2023年1月,是一家专注于超材料在医学成像领域研发与应 用的高科技企业。公司聚焦磁共振成像(MRI)技术创新,其"磁共振影像增强器"通过 ...
首张落地!TÜV莱茵为海尔血技颁发血浆分离设备MDR公告机构证书
思宇MedTech· 2026-01-19 03:38
Core Viewpoint - Haier Biomedical's subsidiary, Haier Blood Technology Chongqing Co., Ltd., has received the first EU MDR certification for its plasma separation equipment, marking a significant milestone for the company in expanding its market presence in Europe and globally [2][5]. Group 1: Certification and Compliance - The MDR compliance assessment is a prerequisite for medical devices entering the EU market, ensuring product safety, performance, and post-market surveillance [5]. - The successful certification of Haier's plasma separation equipment demonstrates the company's adherence to EU regulations in product design, manufacturing, and quality control [5]. Group 2: Company Statements and Future Plans - Haier Biomedical's General Manager, Liu Zhanjie, emphasized that obtaining the MDR certificate is a recognition of the company's quality management system and positions Haier Blood Technology to compete globally [7]. - The company aims to leverage this certification as a new starting point to promote Chinese manufacturing solutions in global healthcare [7]. Group 3: TÜV Rheinland's Role - TÜV Rheinland serves as a notified body for EU medical device regulations, providing compliance assessments and certifications that enhance the competitiveness of "Made in China" products in international markets [8]. Group 4: Company Overview - Haier Blood Technology Chongqing Co., Ltd. was established in 2001 and specializes in comprehensive solutions for blood and blood component collection, processing, testing, storage, transportation, and usage [8]. - The company's main products include plasma separation machines, disposable centrifuge plasma separators, and various types of blood bags and related medical devices [8].
2.8亿融资!心衰器械创新企业完成C轮
思宇MedTech· 2026-01-19 03:38
近日, FineHeart 宣布,已完成 C 轮融资首轮交割 ,本轮首期募集资金 4,070 万美元(约合人民币 2.8亿 ) ,用于推进其用于心力衰竭治疗的下一代植入式装置 FlowMaker® 的临床与产业化进程。 在本轮融资完成后,FineHeart 通过私募资本与欧洲公共资金的组合,累计获得约 9,660 万美元 的资金支持。 此次融资不仅为公司后续研发与商业化提供直接资金保障,也成为撬动 IPCEI Tech4Cure 项目公共资金的重要杠杆。根据披露,FineHeart 作为该项目的核心参与方 之一,还将获得 4,800 万欧元 的非稀释性资助,用于支撑欧洲有源植入式医疗器械(AIMD)关键技术体系的建设。 # 聚焦心衰治疗 :下 一代植入式 装置的技术路径 # 市场背景:LVA D 体 系之 外的另一 种可能 FineHeart 的核心产品 FlowMaker ,是一款面向重度心力衰竭患者的 全植入式心输出量加速装置 。与当前主流的左心室辅助装置(LVAD)不同,FlowMaker 的设 计目标并非完全替代心脏泵血功能,而是 与心脏自身收缩节律协同工作 ,在保留原生心功能的前提下提供辅助支持。 ...
医疗器械招聘与求职,如何避免“闪婚闪离” | 活动报名
思宇MedTech· 2026-01-17 01:08
在医疗器械行业,无论是企业招聘,还是个人职业选择,真正的风险往往不是"招不到人"或"找不到工作",而是—— 双方看似合适,却难以长期共存。 不少合作,开始得很快,结束得也很快。 就像一场"闪婚闪离"。 那么,企业与候选人,究竟该如何判断彼此是否真正适合长期合作? 哪些信号在面试阶段就已经存在,却常被忽略? 哪些误判,在入职后才逐渐显现? 哪些结构性错位,即使双方都优秀,也注定难以匹配? 本次分享,我们邀请一位长期服务于医疗器械行业的资深猎头,从多年真实招聘与入职案例出发,围绕"企业与候选人的双向匹配",系统讨论: 分享嘉宾: 方超,Powerlinks管理合伙人,专注医疗器械领域招聘16年,助力逾百家500强外企、国内上市公司和各阶段初创公司的全模块人员搭建和配置。 活动时间: 2026年1月21日星期三上午10:30,苏州,工业园区 活动规模:20人左右 报名方式:粘贴链接到浏览器填写,或点击文末阅读原文 https://hdxu.cn/1Eftz 企业如何判断一个候选人是否真正适合自身阶段与文化 候选人如何识别一家企业是否适合自己长期发展 面试中最容易产生的双向误判 不同企业阶段下,对人才的真实需求差异 ...
医疗器械企业简介,怎么写?| 活动报名
思宇MedTech· 2026-01-17 01:08
企业简介,看起来只是几段文字,但真正写好它,往往意味着: 你对公司战略是否清楚, 对产业位置是否有判断, 对未来方向是否有认知, 也是否理解同行与市场在看什么。 因为企业简介, 不仅是"我是谁", 更隐含着: 本次活动,我们针对医疗器械公司,希望讨论清楚三件事 1. 企业简介,写给谁看? 不同阅读对象,关注点完全不同: 企业简介首先是一种 认知工具 ,而不是资料堆砌。 我在产业中的位置 我未来可能走向哪里 投资人关心:对标对象、成长空间、退出路径 媒体关心:行业位置、故事价值 销售关心:是否好记、好讲 合作方关心:你能提供什么价值 2. 不同资料中的企业简介,本质是不同功能的传播工具 但现实中,我们常常用同一套写法应对所有场景。 3. 企业简介如何写,才能被记住? 我们将重点讨论: 例如: 在融资BP中,如果企业简介不能帮助投资人迅速找到二级市场对标对象,就很难判断企业未来的市值空间与 退出路径;而投资人也需要一套清晰、好讲的逻辑,向LP解释这是一家怎样的公司。 这些判断,往往就发生在企业简介的几段文字中。 主题 企业简介,其实不简单 —— 一次关于"企业如何被理解"的传播讨论 官网企业简介:第一认知入口 融 ...
京津冀集采落地!国产高端止血材料迎来发展新机遇
思宇MedTech· 2026-01-16 03:52
带量采购政策正在深刻改变医疗器械市场格局。在止血材料领域,传统产品同质化竞争激烈,而临床对高效、 安全、易用的创新产品需求持续增长。这种供需矛盾为具有技术突破能力的国产企业提供了发展窗口。 # 集采新动向:从价格竞争到价值优选 京津冀 " 3+N " 联盟采购项目是近期医疗器械集中采购的重要进展。与早期集采聚焦于成熟、用量大的低值 耗材不同,此次止血材料 的带量采购项目, 显示出集采政策向更高附加值产品领域延伸的趋势。 京 津冀 " 3+N "联盟止血材料类医用耗材带量联动采购项目 结果近期揭晓,多家企业的产品成功入围。此次 | | | | | 京津冀"3+N"联盟止血材料类医用耗材带量联动采购中选结果公示表 | | | | | --- | --- | --- | --- | --- | --- | --- | --- | | 序号 ▼ | 注册证号 | 申报企业名称 | | 使用部位 = 注册证管理类别, | 采购品种 | ■ 最小竞价单位拟中选价格(元)▼ 最小竞价单{▼ | | | 94 | 国械注准20143141857 | 青岛中惠圣熙生物工程有限公司 | 体内使用 | 三类 | 2-49 | 3. ...
145亿美元!全球医疗巨头又一重磅收购
思宇MedTech· 2026-01-16 03:52
Group 1: Acquisition Details - Boston Scientific announced a definitive agreement to acquire Penumbra for $374 per share, corresponding to an enterprise value of approximately $14.5 billion [2] - The transaction will be completed through a combination of cash and stock, with cash accounting for about 73% and stock for about 27% [2] - The cash portion will be financed through internal funds and new debt, with the deal expected to close in 2026 pending shareholder approval [2] Group 2: Penumbra's Business Overview - Penumbra, based in Alameda, California, focuses on thrombosis-related diseases and neurovascular interventions, with a projected revenue of approximately $1.4 billion for 2025, reflecting a year-on-year growth of about 17% [3] - The company's products address various critical conditions, including acute ischemic stroke, pulmonary embolism, deep vein thrombosis, acute limb ischemia, myocardial infarction, and aneurysm-related interventions [3] Group 3: Technological Strategy - Penumbra's strategy centers on mechanical thrombectomy rather than drug thrombolysis or energy-assisted methods, with its most recognizable technology being the Computer-Assisted Vacuum Thrombectomy (CAVT) system [4] - The Lightning Bolt and Lightning Flash product series enhance operational consistency and controllability in complex clinical scenarios, such as pulmonary embolism and peripheral deep vein thrombosis [6] Group 4: Complementary Product Lines - Penumbra has developed a peripheral embolization system for rapid blood flow intervention in scenarios requiring hemorrhage control or vascular occlusion, complementing its thrombectomy systems [7] - This dual product line allows Penumbra to address both "thrombus removal" and "blood flow blockage" needs, enhancing its market position [7] Group 5: Industry Context - The acquisition of Penumbra is part of a broader trend of adjacent expansion in the vascular intervention field by large medical device companies, focusing on extending existing customer bases and clinical pathways [13] - Boston Scientific previously established a market presence in the peripheral vascular and pulmonary embolism sectors through its EKOS product line, which utilizes ultrasound-assisted thrombolysis [14][16] Group 6: Strategic Implications - The acquisition is viewed as a means to complement Boston Scientific's existing product offerings rather than replace them, as it addresses different stages in the stroke treatment continuum [16][18] - The recent acquisition of Inari Medical by Stryker has raised the profile of the peripheral thrombosis and pulmonary embolism markets, leading to a reassessment of growth potential and valuation for companies like Penumbra [19][20]
数千万融资!生命科学自动化创新企业完成Pre-A 轮
思宇MedTech· 2026-01-16 03:52
Core Viewpoint - Qingfeng Biotech has completed a multi-million Pre-A round financing, led by Baiyun Fund, to advance its AI+ laboratory automation initiatives, including capacity expansion and the development of AI models [1] Market Status - The laboratory automation market is entering a stable growth phase, with AI becoming a key driver. The global market size is projected to reach approximately $8-8.3 billion in 2024, $9 billion in 2025, and $14-18 billion by 2030, maintaining a compound annual growth rate (CAGR) of 7-9% [2] - In China, the AI-related laboratory market is expected to grow from approximately 15-20 billion RMB in 2024 to 20-25 billion RMB in 2025, and reach 50-60 billion RMB by around 2030, with a CAGR of 15-20% [4] Company Overview - Qingfeng Biotech, established in 2018, focuses on the R&D, production, and sales of life science automation equipment and integrated platforms. The company emphasizes system-level design and platform delivery capabilities rather than just single-device solutions [5] - The OutStanding large-scale automated pipetting workstation integrates high flexibility, modularity, and standardization, supporting multiple life science applications. It has successfully bid for a project valued at nearly 2 million RMB per unit, competing with imported brands [5] AI Integration - Qingfeng Biotech is enhancing its laboratory automation applications by integrating AI capabilities, focusing on the development of BioFlow AI and Supervisor AI models for experimental process management and data-driven optimization [6] - The trend of "AI+ smart laboratories" is evolving from single-point algorithms to core capabilities throughout the entire experimental process, aiming to reduce human error and improve operational efficiency [7] Post-Financing Strategy - The company's development focus is shifting from individual equipment to a systematic construction of "automation platforms + AI capabilities." The financing will be directed towards capacity, algorithms, application centers, and platform capabilities, highlighting the importance of scalable delivery and long-term technological evolution [8]