1月7日，省长刘小涛调研"人工智能+医疗健康"创新发展情况。他强调，要深入学习贯彻习近平总 书记关于人工智能发展和健康中国建设的重要论述，认真落实省委经济工作会议部署，深入实施"人工 智能+"行动，坚持创新驱动、安全可控，坚持建用并举、以用促建，以新基础设施、新技术体系、新 产业生态推动人工智能与医疗健康领域深度融合，更好地满足群众日益增长的健康服务需求。 医保信息系统拥有海量数据，高效开展就医结算和费用核查，强化全流程数据管理，关系到服务效 率提升和医保基金安全运行。在省医保数据赋能实验室，刘小涛察看基金运行监测动态，详细了解平台 载体建设、垂直大模型开发等情况。他指出，要聚焦加强医保基金监管，借助人工智能技术，形成事前 提醒、事中审核、事后监管闭环，着力做到从点位预警拦截到系统性风险防控，切实守护好群众的"看 病钱""救命钱"。要建好用好医保可信数据空间，注重数据安全、隐私保护，释放数据要素价值，精准 构建健康画像，助力医药产业发展。 在东南大学附属中大医院，刘小涛来到ICU智慧诊疗中心、数智医学展示中心，听取了省卫生健康 云数据资源情况、影像平台运行、高质量专病数据集和垂直大模型建设进展，了解重症医擎大 ...

加快人工智能赋能工业母机、工业机器人，研制新一代人工智能数控系统，提升自主决策、分析和执行 等能力。加快发展手术机器人、智能诊断系统等，加速智能医疗装备产品创新和临床应用推广。推动人 工智能技术融入大飞机、船舶等重大技术装备研发、制造、运行，发展无人机等智能低空装备。开展搭 载自动驾驶功能的智能网联汽车产品测试与安全评估，有序推进产品准入和上路通行试点。 支持端侧模型、开发应用工具链等技术突破，培育智能手机、电脑、平板、智能家居等人工智能终端。 聚焦工业巡检、远程医疗等重点场景，加快增强现实/虚拟显示（AR/VR）可穿戴设备、脑机接口等新 型终端的产业化、商业化进程。推动具身智能产品创新，建设人形机器人中试基地和训练场，打造人形 机器人标杆产线，在典型制造场景率先应用。 利好消息不断！ 1月7日晚间消息，工信部等八部门印发《"人工智能+制造"专项行动实施意见》。其中提到，到2027 年，我国人工智能关键核心技术实现安全可靠供给，产业规模和赋能水平稳居世界前列。推动3—5个通 用大模型在制造业深度应用，形成特色化、全覆盖的行业大模型，打造100个工业领域高质量数据集， 推广500个典型应用场景。 就在同一天，据 ...

"十四五" 圆满收官 装备工业高质量发展迈入新阶段 2025年发展成就 0 装备工业对工业经济支撑作用更突出 启动实施新一轮机械、汽车行业稳增长工作方案, 通过供需两端协同发力,深化科技创新和产业创新深度 融合,多措并举扩大汽车大宗商品有效需求,增强优质 装备供给能力,进一步激发产业内生动力。1-11月,装 备工业增加值同比增长8.4%,高于全部规模以上工业 2.4个百分点，累计增速始终保持在8.0%以上。 基础领域创新成果持续涌现 (一)工业母机 01 标志性产品攻关促发展 我们的2025 MIT 大型龙门五轴加工中心实现工程化应 用,有效带动关键功能部件及数控系统 发展。 高效高精度磨齿机性能指标达到国际先 进水平,广泛应用于工业母机、新能源 汽车等重点领域。 激光金属粉末床飞行成形装备发布,为 超大幅面、高精度增材制造提供全新路 66 02 标准体系建设强支撑 印发《工业母机高质量标准体系建设方案》,以高水平标准引领产 业高质量发展。 03 "工业母机+"百行万企产需对接增动能 01 高端产品取得系列突破 90GHz超高速实时示波器,突破超宽 带、超高速信号实时采集与处理技 术,可精准测量与分析2240 ...

江苏入选项目包括朗坤智慧科技股份有限公司的"面向钢铁行业的风机能效优化控制解决方案"、南 京特沃斯清洁设备有限公司的"工业现场智能清洁机器人解决方案"等，标志着这些企业在智能制造领域 的创新成果取得国家级认可，入选项目服务的重点行业包括钢铁、建材、汽车及汽车零部件、医疗装 备、工程机械、纺织、医药、电子设备、光伏、集成电器等，均为江苏的重点和优势产业。下一步，揭 榜企业将继续深化人工智能与工业场景的融合创新，助力行业数字化转型与高质量发展，为我国智能制 造体系建设贡献更多创新成果。 工业和信息化部办公厅、市场监管总局办公厅日前联合印发通知，公布2025年度智能制造系统解决 方案"揭榜挂帅"项目名单，全国共73个项目入选，其中14个江苏项目在列，入选数全国最多。 据悉，为贯彻落实《制造业数字化转型行动方案》，按照《"十四五"智能制造发展规划》任务部 署，打造智能制造"升级版"，两部门进行了此次评选，名单经省级有关部门推荐、专家评审、网上公示 等程序后评选得出。 ...

2025年，AI大模型凭借复杂推理与多模态理解等能力，持续渗透健康管理场景。从年初DeepSeek掀起 应用热潮，到年中《关于深入实施"人工智能+"行动的意见》提出探索推广"人人可享的高水平居民健康 助手"，再到年底"蚂蚁阿福"等产品落地，"AI+健康管理"迈入规模化应用阶段。 技术赋能下，健康管理服务形态逐步向个性化定制与主动管理模式演进，在慢病管理、老年照护等需长 期跟踪的场景中表现突出。 新华财经北京12月24日电（记者刘旭阳）回望2025年，健康需求升级、政策不断加码和前沿技术突破合 力共振，推动健康经济迈入数智化转型深水区。 以智能算法、大模型等为代表的人工智能技术，正深度融入健康管理、医疗卫生、药物研发等场景，推 动产业从诊疗响应转向全程管理、从设备创新迈向生态融合，共同勾勒出健康经济的新变化、新进展。 AI+健康管理：从"被动响应"到"主动干预" 打造健康管理新范式 在呼吸健康管理方面，瑞迈特推出智能呼吸算法系统，通过实时感知用户呼吸节奏调节输出压力，实现 人机呼吸同步，提升呼吸机使用舒适度。瑞迈特联合创始人、国际标准化专家陈蓓表示："我们将探索 利用人工智能对居家慢阻肺患者进行远程病情监测与急 ...

Group 1 - The company reported a revenue of 7.72 billion yuan in the first half of 2025, with the liquid rocket engine thrust chamber business generating 23.29 million yuan [1] - Revenue from the liquid rocket engine thrust chamber products is projected to grow from 20.97 million yuan in 2022 to 30.16 million yuan in 2024, maintaining rapid growth into 2025 [1] - The company has initiated a project for the industrialization of materials, parts, and components for liquid rocket engine thrust chambers, with an initial investment of 230 million yuan aimed at achieving an annual production capacity of approximately 200 tons of forgings and various rocket engine components [1] Group 2 - In the high-end medical equipment core components sector, the company holds a significant position in the CT and DR tube components market in China [2] - The company primarily provides products and technical services to domestic CT tube manufacturers while also expanding into international markets [2] - Major clients include Siemens Healthineers, United Imaging, Kunshan Medical Source, and others, with the company becoming a strategic supplier for some of these clients [2]

Core Insights - The Chinese medical equipment industry is advancing rapidly during the 14th Five-Year Plan period, integrating cutting-edge technologies like AI and 5G to create an innovative industrial ecosystem, contributing significantly to the "Healthy China" initiative and enhancing global competitiveness in medical equipment manufacturing [1][4]. Group 1: Technological Breakthroughs - Domestic high-end ultrasound systems are achieving unprecedented image resolution, enabling the detection of micro-level structures for more accurate early disease diagnosis [2]. - The introduction of ultra-weak magnetic imaging devices allows for efficient medical examinations without noise or the need for contrast agents, providing patients with comprehensive reports in under three minutes [2]. - Major advancements include ECMO machines, laparoscopic surgical robots, photon counting spectral CT, and high-performance PET/CT systems, showcasing significant technological achievements in the medical equipment sector [2]. Group 2: Innovation and R&D Investment - Companies are transitioning from being "followers" of international technology to "leaders" with independent innovation capabilities, supported by substantial R&D investments, with firms like Mindray allocating approximately 10% of their revenue to R&D annually [3]. - The number of medical equipment enterprises in China reached 33,400 during the 14th Five-Year Plan, with over 4,000 large-scale companies and around 160 listed firms, indicating a robust growth in the sector [3]. Group 3: New Dynamics in Medical Equipment - The integration of AI with medical imaging devices enhances efficiency by automating patient positioning and reducing unnecessary radiation exposure [4]. - The use of 5G technology in surgical robots enables remote surgeries, allowing doctors to collaborate across vast distances, thus improving access to high-quality medical services [4]. - The market size of China's medical equipment industry surpassed 1 trillion yuan during the 14th Five-Year Plan, fostering the development of six national advanced manufacturing industry clusters [4]. Group 4: Ecosystem Development - Innovative models for medical equipment development are emerging, such as Beijing's innovation center for surgical robots and Chongqing's collaborative approach between enterprises and research institutions [5]. - Shenzhen has established a 4 billion yuan fund for high-end medical equipment, facilitating rapid growth and global expansion for domestic companies [5]. - A comprehensive innovation ecosystem is being developed, supported by national and local initiatives, to enhance the medical equipment sector's growth potential [6].

Core Insights - The Ministry of Industry and Information Technology released the "Guidelines for Promoting Digital Transformation in Key Industries (2025 Edition)" at the 2025 Integration of Informatization and Industrialization Conference, focusing on 14 industries including steel and petrochemicals [1][2] - The guidelines aim to assist enterprises in overcoming challenges related to unclear demands and paths in their digital transformation efforts, transitioning from fragmented exploration to systematic advancement [1][2] Group 1: Digital Transformation Framework - The "Scenario Navigation Map" covers 14 industries and includes various digital transformation scenarios and cross-business collaboration scenarios, structured around five business activities: R&D design, production manufacturing, operation services, business management, and supply chain management [1][2] - The structured design of the map helps bridge the language barrier between industrialization and digitalization, enabling enterprises to identify transformation entry points accurately [1][2] Group 2: Implementation Strategy - The guidelines emphasize using scenarios as the core approach for transformation, with clear boundaries for each scenario that focus on specific business pain points [2] - Enterprises are encouraged to follow a step-by-step implementation process: conducting scenario diagnosis and analysis, developing a transformation plan, resource allocation based on the element list, and ultimately achieving cross-scenario collaboration and overall optimization [2] Group 3: Future Directions - The Ministry plans to guide localities in implementing pilot applications of the "One Map and Four Lists" approach, continuously updating the industry scenario maps and fostering excellent solutions and service providers [2] - The goal is to make the "Scenario Navigation Map" a practical blueprint for high-quality development in manufacturing, injecting momentum into the deep integration of the real economy and the digital economy [2]

Core Insights - The Ministry of Industry and Information Technology released the "Guidelines for Scenario-Based and Graphical Promotion of Digital Transformation in Key Industries (2025 Edition)" at the 2025 Integration of Informatization and Industrialization Conference, focusing on 14 industries including steel and petrochemicals [1][2] - The guidelines aim to assist enterprises in overcoming challenges related to unclear demands and paths in digital transformation, transitioning from fragmented exploration to systematic advancement [1][2] Group 1: Digital Transformation Framework - The "Scenario Navigation Map" covers 14 industries and includes various digital transformation scenarios and cross-business collaboration scenarios, structured around five business activities: R&D design, production manufacturing, operation services, business management, and supply chain management [1][2] - The guidelines provide a clear boundary for each scenario, focusing on specific business pain points and integrating professional industrial knowledge to convert complex transformation tasks into actionable projects [2] Group 2: Implementation and Future Directions - Enterprises can implement the transformation in steps by first conducting scenario diagnostic analysis and formulating renovation plans, followed by resource allocation based on the provided element lists, ultimately achieving cross-scenario collaboration and overall optimization [2] - The Ministry plans to guide localities in applying the "One Map and Four Lists" pilot program, continuously updating the industry scenario maps and fostering excellent solutions and service providers to drive the deep integration of the real economy and digital economy [2]

Core Viewpoint - The successful development of the HiTS 200 light ion therapy device marks a significant breakthrough in China's advanced cancer treatment equipment sector, offering more precise and efficient treatment options for cancer patients [1][2]. Group 1: Product Development - The HiTS 200 light ion therapy device, developed by Guoke Ion (Hangzhou) Medical Technology Co., Ltd., has completed production and initial adjustments in Lanzhou, with installation and debugging at the Hangzhou research center, and is set to begin beam debugging [1]. - This device integrates multiple ion beam treatment capabilities, including proton, helium, and carbon ion beams, and has the potential for proton CT imaging, enabling more accurate localization and treatment [1][2]. Group 2: Cost and Accessibility - Compared to traditional heavy ion therapy equipment, the HiTS 200 occupies only 1,500 square meters, significantly reducing equipment and construction costs, making it more suitable for implementation in municipal medical institutions [2]. - The device's design allows for flexible treatment plans based on the tumor's location and nature, enhancing accessibility to advanced cancer treatment [2]. Group 3: Technological Advancements - The HiTS 200 features advanced technologies such as rapid ion switching, single-cycle energy variation, rapid repeated scanning, and Flash dose delivery, which contribute to its core advantages [2]. - By integrating the self-developed Phoenix treatment planning system, the HiTS 200 can achieve multi-ion combined therapy, allowing for personalized radiotherapy plans tailored to different lesions [2]. Group 4: Industry Impact - The successful development of the first light ion therapy device fills a gap in China's multi-ion integrated treatment equipment sector, potentially advancing the country's radiation therapy technology from conventional to precision and personalized treatment [2]. - The industrialization of this device is expected to significantly lower the costs of high-end ion therapy for cancer patients in China, promoting equitable access and enhancing the international competitiveness of China's medical equipment [2].