Core Viewpoint - The interventional medical device industry is undergoing unprecedented transformation driven by advancements in intelligent technology, emphasizing the need for innovation to meet growing clinical demands and patient expectations [2]. Group 1: Event Overview - The Second Medical Device R&D Innovation Forum is organized by Siyu MedTech in collaboration with Informa Market's Medtec China team, aiming to explore new opportunities and challenges in the industry [2]. - The forum is scheduled for September 25, 2025, at the Shanghai World Expo Exhibition and Convention Center, with an expected attendance of 120 participants [4]. Group 2: Morning Session Topics - The morning session will focus on intelligent technology empowering interventional medical device R&D, discussing applications of intelligent devices such as robots, navigation technology, and smart sensors in interventional surgeries [3][7]. - A comprehensive innovation approach will be explored, covering AI-assisted preoperative planning, integration of intelligent devices with traditional instruments during surgery, and remote monitoring and data analysis post-surgery [3][7]. - Innovations in materials and processes for interventional medical devices will be highlighted, focusing on high-performance materials and bio-absorbable materials, as well as surface modification techniques and biocompatibility research [3][7]. Group 3: Afternoon Session Topics - The afternoon session will include a roundtable forum discussing future opportunities and challenges for interventional medical devices, with industry experts sharing insights and strategies for navigating the evolving landscape [5][7]. - Clinical application cases of interventional devices will be shared, emphasizing personalized treatment plans and the integration of intelligent technologies in clinical settings [7]. Group 4: Participation and Engagement - Industry and clinical experts are invited to participate as speakers, with a call for interested professionals to contact Siyu for involvement [3][8]. - Pre-registration for attendees is encouraged through a provided link or QR code [5].

Group 1 - Bosch has announced the establishment of a joint venture focused on embodied intelligent robots, particularly in the industrial manufacturing sector, emphasizing dexterous hands and flexible robotic arms [1][2] - The joint venture, named "Chengmai Boyin Hechuang Technology Co., Ltd." (referred to as "Boyin Hechuang"), was formed in collaboration with Galaxy General, a rising star in the embodied intelligence field [2][4] - Galaxy General, founded in 2023, has quickly gained attention and secured significant funding, raising 1.2 billion yuan (approximately 170 million USD) in two rounds of financing [6][8] Group 2 - The technology architecture of Galaxy General is based on a "simulation data-driven + large and small brain model separation" approach, which reduces dependencies between different system components [8][11] - Key models supporting this architecture include GraspVLA, the world's first end-to-end grasping model, and TrackVLA, a pure visual navigation model that does not require mapping or additional sensors [9][11] - Bosch's interest in this partnership is driven by the complementary nature of their precision manufacturing capabilities and Galaxy General's AI decision-making engine [11][13] Group 3 - On the same day the joint venture was announced, Boyin Hechuang signed a strategic cooperation agreement with United Automotive Electronics (UAES) to establish a robotics laboratory called "RoboFab" [13] - RoboFab will focus on intelligent perception, operational control, and system deployment of embodied AI in typical automotive manufacturing processes [13][22] - The automotive industry is increasingly engaging in embodied intelligence, with various players either forming joint ventures or investing in robotics companies to capture opportunities in this emerging market [14][22]

2025年4月26日，由《机器人技术与应用》杂志社、深圳市机器人协会联合主办的" FAIR plus机器人全产业链接 会——人工智能与机器人研究开发高校专场 "在深圳福田会展中心圆满落幕。会议聚焦人工智能与机器人领域的前 沿技术、产学研融合及创新应用，吸引了来自高校、科研机构及行业领军企业的百余位专家学者、企业代表及技 术开发者齐聚一堂，共同探讨机器人技术的未来发展方向。 会议共设置六场专题报告，涵盖从教育创新到具身智能的多个热点领域。 中国科学院计算技术研究所研究员、博士生导师阚美娜 以 《开放环境下的具身感知与导盲》 为主题，展示了其 团队在机器人环境感知与导航领域的最新成果。她指出，通过多模态传感器融合与深度学习算法优化，机器人已 能在复杂动态场景中实现精准定位与自主避障，未来有望在医疗、助老等领域实现规模化应用。 深圳市优必选科技股份有限公司产教融合业务总经理李晓明 围绕 《人形机器人共研共创赋能科研创新》 ，介绍 了优必选在产学研合作中的探索。他提到，公司通过开放核心算法平台与高校联合实验室，已孵化出多项创新应 用案例，例如基于人形机器人的智能教学系统和工业协作场景解决方案。 集智联机器人（苏州）有 ...