思宇年度活动回顾： 首届全球眼科大会 | 首届全球骨科大会 | 首届全球心血管大会 | 首届全球医美科技大会 即将召开： 2025年7月17日，第二届全球医疗科技大会 2025年9月3-5日，第三届全球手术机器人大会 据不完全统计，2025年第一季度， 全国 眼科光学生物测量仪 中标设备数量为 110 台，覆盖 92 家采购单位， 总中标金额约 0.74 亿元。 从整体体量看，本季度市场规模相较年均水平略显平稳，但从品牌分布、价格结构 及型号梯度来看，延续了" 高端集中、低端分散 "的市场格局。 国产品牌在中低端价格段加速放量，同时图湃等厂商继续推进中高端型号渗透，已形成从10万元至100万元的 完整产品线覆盖。高端市场由蔡司主导的结构尚未松动，但局部区域开始出现替代迹象， 测量技术与图像成 像能力 成为核心竞争焦点。 # 品牌市占率 蔡司、图湃、多美（TOMEY） 为本季度市场占有率前三的品牌，市占比分别为 56.81% 、 12.31% 与 6.33% 。蔡司继续维持过半市场份额，以 IOLMaster 700 为主力型号；图湃自2023年取得扫频OCT注册证后持续放 量，品牌排名升至第二；多美主打中端型 ...

思宇年度活动回顾： 首届全球眼科大会 | 首届全球骨科大会 | 首届全球心血管大会 | 首届全球医美科技大会 即将召开： 2025年7月17日，第二届全球医疗科技大会 2025年9月3-5日，第三届全球手术机器人大会 2025年6月，便携超声企业 Exo Imaging Inc. 宣布 其手持超声平台Exo Iris中的两项肺部人工智能（AI）功能获 得美国FDA 510(k)批准 ，分别用于检测 胸腔积液 与 肺实变/肺不张。 这是全球首个获得FDA批准、可用于床边实时检测肺部疾病征象的超声AI应用，标志着肺部影像辅助诊断迈 入无延迟、无网络、无专家依赖的智能化新阶段。 此次获批不仅扩展了Exo Iris已获得监管许可的AI指标数量至14项，也进一步巩固了Exo在手持超声与嵌入式AI 结合方向的领先地位。 # AI嵌入式识别：胸腔积液与肺实变的自动判断机制 公司表示，这一进展将有助于更大范围内的临床医生实现快速、精准地识别肺部感染、结核病和心源性肺水肿 等关键病变，提高危重症患者的初诊效率和生存机会。 Exo Iris中的AI功能，基于大规模急诊和ICU临床图像训练而成，可在无需联网的条件下直接在设备端运行 ...

Core Viewpoint - The article highlights the successful hosting of multiple global medical conferences, focusing on ophthalmology, orthopedics, cardiovascular health, and aesthetic technology, showcasing advancements and discussions in the medical equipment sector [1]. Group 1: Conference Overview - The first Global Ophthalmology Conference, Global Orthopedics Conference, Global Cardiovascular Conference, and Global Aesthetic Technology Conference were held, emphasizing the importance of innovation in medical devices and healthcare [1]. Group 2: Conference Agenda - The agenda included various presentations on topics such as hospital product admission processes, high-quality development of innovative medical devices, pricing requirements in hospitals, and the significance of market access planning [2]. - Notable speakers included leaders from the China Medical Equipment Association and experts from various hospitals, providing insights into the medical equipment industry's regulatory and operational frameworks [2]. Group 3: Registration Information - Participation in the conferences required a fee of 1200 yuan per person, with limited spots available, encouraging early registration [4].

Core Insights - The article highlights the approval of innovative medical devices in China, including a disposable endoscopic forceps and a digital PCR analyzer, indicating growth in the medical technology sector [1][2][3][8]. Group 1: Disposable Endoscopic Forceps - Shenzhen Robor Medical Technology Co., Ltd. received approval for a disposable endoscopic forceps, designed for use in endoscopic submucosal dissection (ESD) procedures, allowing for precise manipulation of diseased tissue [3][4]. - The device operates through a flexible robotic arm that enhances the safety and efficiency of ESD, reducing the learning curve for surgeons and promoting wider adoption of the technique [6][7]. - Robor Medical, established in 2015, has developed expertise in medical robotics, leveraging technology from institutions like EPFL and HIT, and aims to integrate robotic solutions into various clinical fields [7]. Group 2: Digital PCR Analyzer - Suzhou Sinafu Medical Technology Co., Ltd. launched a digital PCR analyzer, which quantifies leukemia fusion genes from human blood samples, enhancing diagnostic accuracy [8][9]. - The digital PCR technology partitions the reaction into numerous micro-units, allowing for independent amplification and precise quantification of target nucleic acids, offering advantages over traditional PCR methods [11][13]. - Sinafu Medical, founded in 2018, focuses on creating a complete ecosystem for molecular diagnostic devices and reagents, with its digital PCR system gaining regulatory approval and recognition in the market [12][14].

Core Viewpoint - Roche Diagnostics is significantly expanding its operations in China through a new investment project in Suzhou, aimed at enhancing local production and R&D capabilities for in vitro diagnostic (IVD) products, thereby addressing the growing healthcare needs in the Asia-Pacific region [1][4][6]. Group 1: Project Details - The new project is located in the Suzhou Industrial Park, covering a total planned area of 108 acres, with an initial investment area of 55 acres and a construction area of approximately 120,000 square meters, including new factories, offices, quality inspection buildings, and warehouses [2][4]. - The initial investment is set at 3 billion RMB (approximately 383 million Swiss Francs), with a total investment expected to reach 10 billion Swiss Francs [2][4]. Group 2: Strategic Importance - This project represents Roche Diagnostics' strategic commitment to the Chinese market, aiming to introduce more internationally leading IVD product lines that cover disease prevention, early diagnosis, and treatment monitoring [4][6]. - The new facility will enhance Roche's production capacity in the Asia-Pacific region, improve supply chain efficiency, and shorten the time for innovative products to enter the market [4][6]. Group 3: Market Trends and Opportunities - The global IVD market is projected to show strong growth, with an estimated valuation of 108 to 116.7 billion USD in 2024, and a compound annual growth rate (CAGR) of 3.61% to 8.4% expected from 2025 to 2030/2035, potentially reaching 1200 to 1900 billion USD [12]. - The Asia-Pacific region, particularly China, is anticipated to be the fastest-growing market, with a CAGR of 6.64% from 2025 to 2034, driven by rising incidences of chronic and infectious diseases, increased healthcare infrastructure investment, and a growing middle-class population [12]. Group 4: Technological Innovations - Roche is positioned as a leader in technological innovations in molecular diagnostics, next-generation sequencing (NGS), artificial intelligence (AI), and point-of-care (POC) testing, with ongoing high R&D investments to continuously launch innovative products [12][13]. - The new project will support the local production of POC products, enhancing Roche's rapid diagnostic product line, particularly in the management of infectious and chronic diseases [13]. Group 5: Historical Context and Future Outlook - Roche Diagnostics has a long-standing presence in China, dating back to 1997, and has progressively expanded its operations, with the Suzhou base established in 2015 as its first production and R&D center in the Asia-Pacific region [9][11]. - The new investment project is expected to be completed by 2027 and operational by 2028, further solidifying Roche's role in the local healthcare landscape [8].

Core Viewpoint - The appointment of Jim Alecxih as CEO of Virtual Incision marks a significant leadership change aimed at advancing the commercialization of the MIRA surgical robot platform and the development of next-generation products [1][4]. Group 1: Leadership Change - Jim Alecxih has over 30 years of experience in the medical device industry and is recognized for his leadership in surgical robotics [4]. - Alecxih previously held a key role at Intuitive Surgical, where he contributed to the widespread adoption of the da Vinci surgical robot in U.S. hospitals [4]. - His leadership is expected to drive innovation and market adoption of Virtual Incision's technology, which is seen as forward-looking and adaptable to various surgical scenarios [4]. Group 2: MIRA Surgical Robot - The MIRA platform is a miniaturized robotic system designed for laparoscopic surgery, featuring a portable design that does not require dedicated space or infrastructure [7]. - MIRA consists of a micro arm, a supporting cart, and a surgeon's console, with the micro arm weighing approximately 2 pounds (900 grams) and capable of performing minimally invasive surgeries [7]. - The system includes a high-definition camera with automatic tracking capabilities, optimized for multi-quadrant surgeries [7]. Group 3: Clinical Applications - MIRA is primarily used for laparoscopic surgeries, allowing surgeons to access the abdominal cavity through small incisions [14]. - The platform's application range is expanding to include hernia repair, gallbladder removal, and other abdominal surgeries, having received FDA's Investigational Device Exemption (IDE) for clinical research [15]. Group 4: Company Background - Virtual Incision was founded in 2006 as a spin-off from the University of Nebraska-Lincoln and is known for developing the world's first small robotic-assisted surgery (RAS) platform [16]. - The company aims to accelerate the development of the next-generation M2 system, which is designed to reduce the cost and complexity of existing large surgical robots [16].

Core Viewpoint - The article presents a series of investment roadshows featuring innovative medical technology companies seeking funding, highlighting their unique products and market potential. Group 1: Company Presentations - **Qiwai Medical Technology (Shenzhen) Co., Ltd.** is focused on developing and selling innovative heart failure intervention devices, including drug balloons and microcatheters, with a unique non-implantable technology for heart failure treatment [1]. - **Wuxi Nianhuan Technology Co., Ltd.** specializes in health and service robots, aiming to assist the elderly, children, and disabled individuals with multifunctional smart walking robots, leveraging strong academic partnerships for technological development [2]. - **Anhui Shuo Jin Medical Equipment Co., Ltd.** provides MRI-compatible system solutions, focusing on the transition from diagnosis to treatment in MRI applications [3]. - **Jiangsu Jingce Medical Technology Co., Ltd.** is developing a non-invasive blood glucose meter, indicating advancements in diabetes management technology [4]. - **Nasjia Biotechnology (Jiaxing) Co., Ltd.** is working on biological materials for treating pathological high myopia, currently in clinical trial stages, showcasing innovative surgical techniques [5]. - **Zhejiang Yingjia Medical Equipment Co., Ltd.** is engaged in the research and production of bronchoscopic navigation devices, with clinical trials already underway, demonstrating early-stage product validation [6].

Core Viewpoint - The medical robotics industry is entering a complex phase by 2025, with evolving product forms, clearer clinical pathways, and a more rational capital environment, emphasizing the need for a comprehensive ecosystem [1] Event Overview - The Third Global Surgical Robotics Conference will take place from September 4-6, 2025, in Beijing, focusing on the systematic upgrade of intelligent surgical systems and the construction of a full-chain ecosystem [1] - The conference theme is "MedRobot Next: The Future of Technology," highlighting the intersection of technological routes, supply chain changes, hospital system upgrades, and international trends [1] Key Topics - The conference will feature multiple government and industry leaders' speeches and the launch of the "Global Surgical Robotics Industry Report 2025" [2] - Discussions will include the evolution of technology systems and intelligent advancements, commercialization and hospital system implementation, and global strategies for market expansion [3][4][5] Next-Generation Surgical Robots - The core architecture trends for next-generation surgical robots will be explored, including AI integration, intraoperative navigation, and the challenges of integrating surgical robots with hospital systems [7] - The commercialization pathways for surgical robots will be analyzed, comparing global markets and extracting valuable experiences [7] Supply Chain and Ecosystem - The conference will address the supply chain and intelligent ecosystem, focusing on the collaboration mechanisms and best practices between domestic and international supply chains [8] Importance of Participation - The event is positioned as a critical platform for innovative companies, hospitals, governments, and investors to redefine the future of surgical rooms and hospitals through robotics [9][10] - The MedRobot annual awards have become one of the most recognized technical awards in China's medical robotics field, providing insights into how medical systems are being restructured by technology [12]

Core Viewpoint - The article highlights the upcoming Second Global Medical Technology Conference organized by Suyu MedTech, scheduled for July 17, 2025, in Beijing, focusing on "Cutting-edge Technology: From R&D to Clinical Application" [1][6]. Conference Overview - The conference will take place at the Zhongguancun Exhibition Center in Haidian District, Beijing [6]. - The event is expected to attract approximately 500 participants from various sectors, including government, hospitals, leading enterprises, startups, investment institutions, and research institutes [8]. - A significant awards ceremony will showcase and honor global medical technology innovations on the main stage [8]. Key Topics of Discussion - The conference will address several critical topics, including: - AI and intelligent systems [7] - Challenges in the implementation of medical AI and large models [9] - Upgrades in imaging equipment and platforms [10] - Innovations in high-value consumables and interventional techniques [11] - Energy platforms and intraoperative devices [12] - Innovations in materials and structural optimization [13] Roundtable Discussions - A roundtable discussion will focus on how innovative products can effectively enter clinical settings and be utilized [14]. Registration Information - Interested parties can register for the conference by copying the provided link or scanning the QR code [15].

Core Viewpoint - The article emphasizes the collaboration between doctors, CEOs, engineers, and investors to address challenges in medical device innovation through a workshop organized by Shanghai Jiao Tong University School of Medicine and its affiliated institutions [1]. Training Information - The workshop titled "Medical Device Innovation and Engineering Transformation Workshop" aims to merge medical pain points with engineering technology to create innovative medical products and facilitate results transformation [5]. - The workshop will take place on August 16-17, 2025, at Shanghai Jiao Tong University School of Medicine, with a fee of 8999 yuan per person, covering course materials and refreshments [10]. Course Highlights - Participants will learn the Biodesign innovation methodology, which is a global leading model for medical engineering innovation, focusing on demand discovery and creative generation from clinical needs [6]. - The workshop will provide insights into the trends of the medical device industry, enabling participants to seize market opportunities [6]. - Networking opportunities will be available, allowing participants to connect with doctors, researchers, industry experts, and investors to support their career development [6]. Course Structure - The first day will cover medical innovation and technology layout, followed by practical innovation exercises and team drills to foster interdisciplinary collaboration [7][9]. - The second day will focus on the industrialization of innovation and team building, including discussions on funding sources and investment opportunities in the medical engineering sector [13][16]. Expert Faculty - The workshop features a team of distinguished faculty members from Shanghai Jiao Tong University, including experts in biomedical engineering and medical technology innovation, who will share their knowledge and experiences [14][17].