Core Viewpoint - The integration of AI technology in the textile industry is revolutionizing the fabric sourcing and garment design processes, significantly reducing time and improving efficiency in the fast fashion sector [2][10]. Group 1: AI in Fabric Sourcing - The "fabric-finding machine" in Guangzhou's fabric market allows users to quickly identify matching fabrics from a database of nearly one million products, reducing the sourcing time from an average of two days to just two minutes [5][7]. - Currently, 90% of fabrics in the domestic market are connected to the fabric-finding robot system, leading to a 20%-30% increase in customer growth for businesses utilizing this technology [9]. Group 2: AI in Garment Design - AI technology enables designers to generate over 100 clothing styles in a single session, a significant increase from the previous maximum of 2-3 styles per day [10][12]. - The use of a fashion model developed by local enterprises allows for the digitization of over 100 fabric attributes, enhancing the design process and linking fabric selection directly to design [14]. Group 3: Digital Transformation in Production - A digital platform monitors the production status of 700,000 weaving machines nationwide, facilitating a seamless connection between supply and demand in the textile industry [14][16]. - The future of clothing production is expected to shift towards personalized, on-demand manufacturing, with a significant reduction in design costs by over 90% compared to traditional methods [18]. Group 4: Innovation in Fabric Development - Traditional fabric producers are challenged to keep pace with the fast fashion era, with companies launching over 500 new fabric types annually [19][21]. - The establishment of a human factors engineering laboratory supports the development of new fabrics by providing comprehensive technical support from functionality testing to market introduction [21][23]. Group 5: Government Support for Digital Transformation - Local governments are actively promoting digital transformation in the textile industry by organizing numerous specialized matchmaking events to assist companies [23][26].

文章来源：骨未来 转载要求：可以直接转载，请在文首注明来源 大会由骨未来、智汇骨、思宇MedTech 主办 ， 中关村联新生物医药产业联盟、北京中关村科学城创新 发展有限公司、启迪之星、中关村创业大街科技服务有限公司、中关村科学城CGT产业孵化中心协办 ， 吸引了来自全国各地的600余位临床专家、科研学者、企业代表和投资人，围绕骨科科技创新、医工交 叉、集采政策、手术机器人等热点话题展开深入交流与讨论。 # 高规格开幕，政府、医院、媒体三方联动 大会开幕式由思宇MedTech创始人、骨未来主编、中关村联新生物医药产业联盟秘书长赵清主持。 开幕式上， 北京市 海淀区副区长 林航 表示， 海淀将以更开放的机制、更精准的服务支持骨科创新，推 动更多像骨科机器人、生物材料这样的好产品从"临床需求"出发、从"海淀出发"，走向全国。 2025年4月24日， 首届全球骨科大会（Global Orthopedics Conference 2025）在北京市中关村自主 创新示范区展示中心隆重举行。 北京市医药健康科技发展中心主任 刘慧 指出， 北京正以"政策牵引+平台建设+三医协同"为抓手，持续强化临床需求导向的科技创新体 系 ...

产品的演进，从来不是一蹴而就。 在技术高度密集的医疗产业中，设备设计的成熟通常历经三个阶段：首先是"能用"——满足基本诊疗需求； 接着是"适用"——操作顺手，提升效率与精度；最后，是"好用"——贴合使用者的身体与感知，减轻操作负 担。 能用，是技术门槛；适用，是设计水平；而"好用"，才是判断产品真正成熟的标志。 这正是"人因工程"发挥作用的时刻。 Mayo Clinic 的研究进一步发现 [2] 84.4% 的内镜医师报告存在活动性疼痛，其中超过一半集中于手、腕 或手指；手痛者操作结肠镜时，插入时间增加，年均操作量下降超三成。 这些伤痛与内镜医师高频、重复的手部操作密切相关。 人因工程 （ Human Factors Engineering ） 通过系统纳入使用者的生理、心理与行为特征，提升产品的安 全性、舒适性和效率。对医疗设备而言，它不仅关乎医生的身体健康，也影响诊疗质量与流程稳定性。 在调研人因工程在医疗器械领 域的落地案例时，一家本土企业—— 开立医疗 ，引起了关注。他们在开发新一 代内镜操作部时，做了一件特别的事： 研究医生的手——如何握、怎么转、何时开始疲劳…… 开立团队深入一线医院，花大量时间观 ...

Core Viewpoint - The evolution of medical devices is a gradual process that requires a focus on user experience, particularly through Human Factors Engineering, to enhance safety, comfort, and efficiency in medical equipment design [1][3][18]. Group 1: Importance of Human Factors Engineering - Human Factors Engineering integrates the physiological, psychological, and behavioral characteristics of users to improve product safety and efficiency [3][18]. - A local company, Kaili Medical, has made significant strides in applying Human Factors Engineering by studying doctors' hand movements and fatigue during procedures [3][4]. Group 2: Impact of Ergonomic Design on Medical Professionals - Studies indicate a high prevalence of musculoskeletal pain among endoscopists, with 95.08% reporting pain, and 19.7% specifically in the hands [4][5]. - The design of medical devices often overlooks the user experience, prioritizing technical specifications over comfort, which can lead to long-term health issues for medical professionals [5][6]. Group 3: Innovations by Kaili Medical - Kaili Medical's new endoscope operation unit focuses on reducing the physical strain on doctors by implementing ergonomic design changes [7][9]. - Key innovations include a 20% reduction in handle weight and a 15% decrease in thickness, which help alleviate muscle fatigue during prolonged use [9]. - The design also features a 30% reduction in handwheel resistance, making it easier for users, especially those with smaller hands, to operate the device [11]. Group 4: Design Features Enhancing User Experience - The button layout is designed to mimic natural finger movements, allowing for seamless operation without changing grip, thus enhancing workflow continuity [13][14]. - An ergonomic grip design aligns with the natural contours of the hand, improving comfort during extended use [16][17]. - The overall design improvements reflect a deep understanding of user experience, emphasizing the importance of considering the user's physical and cognitive demands [17][18]. Group 5: Broader Implications for the Industry - The evolution of medical devices should not only focus on performance but also on the well-being of the users, addressing the diverse needs of medical professionals [18][19]. - Companies are encouraged to adopt a user-centered design approach, which can lead to improved service quality and greater satisfaction among healthcare providers and patients alike [18][19].