随着工业化进程深化与创新驱动发展战略的推进，3D打印技术作为颠覆性制造技术正面临公众认知局 限与应用创新瓶颈的双重挑战。作为国家重要中心城市，广州在生物医药、航空航天、智能制造等领域 集聚了各大高校的科研力量，以及各大产业化龙头，然而技术普及仍存在显著断层。 届时，本场直播将在科普广州视频号、南都N视频客户端、南方都市报视频号、N视频视频号、南都校 探视频号等平台同步开展。欢迎扫描海报上的二维码预约并准时观看，一起来了解3D打印！ 统筹：尹来 游曼妮 陈蓓蕾 执行：孙小鹏 麦毓轩 采写：南都记者 孙小鹏 直播：阮增豪 视频：蔡文茵 罗雪纯 设计：张博 参与本次直播的专家大咖是广州医科大学生物医学工程学院教授/博导谢茂彬，中国生物医学工程学会 会员、广东省生物医学工程学会生物医用材料与临床应用分会学会委员、广东省生物医学工程医学影像 分会学会委员。 在本次直播中，谢茂彬教授将以《3D打印技术的前沿应用与未来趋势》为题，为公众讲解3D打印的知 识要点，以通俗易懂的科普方式提升公众对前沿制造技术的认知水平，激发青年创新活力，助力广州打 造世界级先进制造产业集群。 为此，由广州市科学技术协会主办，广州市科学技术发展中 ...

本文由 AI 算法生成，仅作参考，不涉投资建议，使用风险自担 【11月17日消息，大疆投资3D打印公司属实】大疆透露，此次投资源于看好消费级3D打印技术与行业 的增长潜力，契合其创新科技理念与前瞻布局。 当下，3D打印行业步入加速周期，美团、高翎等机构 已先后入局。 PrecedenceResearch数据显示，2024年全球3D打印市场规模达246.1亿美元，2024 - 2034年 复合增长率有望达18.5%，行业呈高速增长态势。 ...

大疆 【CNMO科技消息】11月17日，大疆回应媒体采访表示，对投资3D打印公司的消息属实。大疆对智通 财经表示，本次投资是基于公司对消费级3D打印技术发展潜力以及行业增长前景的看好，符合大疆对 创新科技的一贯理念和前瞻性布局。 CNMO了解到，这一投资消息最初由拓竹科技创始人陶冶在朋友圈披露，他表示大疆不仅投资了3D打 印公司，且"协议里面还特别安排了拓竹相关的条款"。根据陶冶在朋友圈的爆料，大疆此次投资3D打 印公司的协议中包含了与拓竹科技相关的特别条款。 市场传言指出，大疆投资的3D打印企业为智能派，投资金额达到数亿元规模。公开资料显示，智能派 成立于2015年3月，是消费级3D打印领域国内较早的入局者之一。截至目前，智能派尚未显示有股权变 更相关的工商信息。其公开的融资记录还停留在2022年12月完成的A轮，投资方包括深圳高新投、湖南 盛力投资。 当前，3D打印行业正进入加速发展周期。除大疆外，美团、高翎等机构也已相继在该领域进行布局。 市场研究机构Precedence Research的数据显示，2024年全球3D打印市场规模已达246.1亿美元（约合人民 币1700亿元），预计20242034年间 ...

Core Insights - The eighth China International Import Expo (CIIE) is concluding, with exhibitors and buyers actively engaging in final negotiations, highlighting the event's significance for international trade [1][14] - New Zealand exhibitor Simon launched a globally first high-activity honey product, which sold out in just two days, indicating strong demand for innovative products in the Chinese market [1][3] - Italian exhibitor Felice has established agreements with e-commerce platforms to enhance online sales and plans to set up an office in China next year, showcasing the growing interest in the Chinese market [5] - The event has facilitated efficient connections between international exhibitors and buyers, with American exhibitor Donald noting the difficulty of meeting buyers without the expo [10] - Danish startup Beike is leveraging the expo to pursue potential clients interested in 3D printing technology and plans to establish a research center in Suzhou, reflecting the opportunities for tech companies in China [12] - The expo has also provided free exhibition space for companies from underdeveloped countries, allowing them to find new partners and opportunities, reinforcing China's commitment to openness [14] Summary by Category Exhibitor Experiences - New Zealand's Simon expressed excitement over the rapid sales of his honey product, emphasizing the value Chinese consumers place on quality [3] - Italian exhibitor Felice plans to invite friends from Spain and France to explore the Chinese market further, indicating a collaborative approach among international businesses [5] - Danish exhibitor Beike, participating for the first time, sees potential for growth and aims for a larger presence in future expos [12] Market Opportunities - The expo has created a vibrant atmosphere for international trade, with many exhibitors rushing to finalize deals before the event ends [1][7] - The high traffic and attention generated by the expo have made live streaming platforms popular, showcasing the digital engagement of the event [8] International Collaboration - The event has fostered connections among global entrepreneurs, with many already preparing for the next expo, reflecting confidence in the Chinese market [14]

Core Insights - The pharmaceutical industry is undergoing unprecedented upgrades and technological revolutions in advanced manufacturing, which is crucial for enhancing competitiveness and ensuring supply chain security [1][2][3] Group 1: Advanced Manufacturing Characteristics - Advanced manufacturing in pharmaceuticals emphasizes continuous, intelligent, and integrated production, moving beyond single-point technology applications to a system-wide integration driven by data [2][3] - The FDA defines advanced manufacturing technologies as innovative methods that significantly improve drug manufacturing processes, with a focus on quality, efficiency, and addressing drug shortages [4][9] Group 2: Innovation and Compliance - Balancing compliance and innovation is essential in the heavily regulated pharmaceutical industry, with advanced manufacturing needing to meet regulatory standards while fostering innovation [7][8] - Regulatory bodies like the FDA and NMPA are establishing frameworks that encourage the adoption of advanced manufacturing technologies while ensuring drug safety and quality [9][10] Group 3: Capital and Market Dynamics - The pharmaceutical industry is capital-intensive, with significant investments required for R&D and manufacturing facilities, making advanced manufacturing technologies increasingly important for cost efficiency [12][13] - Advanced manufacturing offers market advantages such as reduced capital investment, improved equipment utilization, lower quality costs, and accelerated time-to-market for new products [13][14] Group 4: Implementation Strategies - Successful implementation of advanced manufacturing requires a gradual approach, strategic partnerships, flexible configurations, and a focus on value-driven product areas [15][17] - Companies should develop clear manufacturing strategies, build multi-level talent systems, engage in standard-setting, and prioritize data management to enhance their advanced manufacturing capabilities [17][16] Group 5: Industry Trends and Future Directions - The Chinese pharmaceutical industry is actively exploring advanced manufacturing paths that align with national conditions and international standards, with various successful explorations emerging [16][17] - The emphasis on advanced manufacturing is expected to drive technological innovation and enhance the competitiveness of the pharmaceutical industry, contributing to high-quality development [17]

Group 1 - A rechargeable magnesium battery prototype has been developed by researchers at Tohoku University, overcoming several long-standing challenges in magnesium-based energy storage technology, potentially paving the way for new sustainable and fast-charging battery solutions [2] - A new 3D printing technology has been created by a research team at École Polytechnique Fédérale de Lausanne, allowing for the growth of complex, high-strength metal and ceramic components from ordinary hydrogels, breaking the limitations of traditional photopolymer-based printing [2] - The CRAFT facility, a key system for fusion reactor research, has made significant progress with the successful testing and acceptance of a prototype component, achieving a steady-state thermal load capacity of 20 megawatts per square meter [2] Group 2 - EHang Intelligent has launched its new VT35 eVTOL aircraft, with a pre-sale price in the Chinese market starting at no less than 6.5 million yuan per unit, featuring a range of specifications including a maximum range of 200 km and a maximum takeoff weight of 950 kg [2]

Group 1 - A new 3D printing technology developed by the research team at the Swiss Federal Institute of Technology in Lausanne allows for the creation of complex, high-strength, and high-density metal and ceramic components using ordinary hydrogels, overcoming the limitations of traditional photopolymerization methods [1][2] - The innovative approach involves printing a shape first and then selecting the material, which contrasts with conventional methods that require material selection before printing [1][3] - The technology has demonstrated significant advantages, including a pressure tolerance that is 20 times greater than that of materials produced by traditional methods and a shrinkage rate of only 20%, compared to the typical 60%-90% [2] Group 2 - The new 3D printing process is particularly suitable for manufacturing lightweight, high-strength, and complex three-dimensional devices, such as sensors, biomedical devices, and energy conversion and storage systems [2] - This method allows for the production of metal structures with high specific surface area and excellent heat dissipation properties, making it applicable in the energy technology sector [2] - The shift from "manufacturing parts" to "growing functions" represents a significant advancement that could lead to transformative changes in industries such as aerospace, biomedical, and robotics [3]

在实验中，团队利用该技术成功打印出由铁、银和铜构成的复杂数学晶格结构——旋面体。这种结构兼 具高比强度和复杂几何特征，是航空航天和能源器件中理想的设计形态。测试结果显示，新材料可承受 的压力是传统方法制备材料的20倍，收缩率仅为20%，远低于以往的60%—90%。 团队指出，这项技术特别适用于制造兼顾轻量化与高强度，且结构复杂的三维器件，如传感器、生物医 学设备、能源转换与储存装置等。此外，该技术还可用于制造具有高比表面积、散热性能优异的金属结 构，用于能源技术领域。 【总编辑圈点】 传统的3D打印流程，通常遵循先设计、再选材，最后再打印成型的顺序。而最新的3D打印工艺却反其 道而行之，先打印再选材，可谓是"逆向思维"的典型案例。后者的优势非常明显，那就是打破了材料对 制造工艺的预先限制，大大地提升了制造的灵活性和自由度，从而有助于更好地制造出功能复杂的定制 化产品。这种3D打印工艺实现了从"制造零件"到"生长功能"的跨越，有望为航空航天、生物医疗、机器 人等领域带来新的变革。 （文章来源：科技日报） 据最新一期《先进材料》杂志报道，瑞士洛桑联邦理工学院研究团队开发出一种全新3D打印技术，利 用普通水凝胶"生 ...

Group 1 - The concept of "city clusters" emphasizes the rapid completion of industrial support across neighboring cities, highlighting the necessity of refined social division of labor for industrial innovation and development [2][3] - The Guangdong-Hong Kong-Macao Greater Bay Area (GBA) is projected to surpass New York and San Francisco in economic scale by 2024, with an estimated GDP of approximately 14.79 trillion yuan and a per capita GDP of about 170,200 yuan [7][8] - The GBA is transitioning from a port economy to an innovation-driven economy, with Shenzhen emerging as the new engine of development, shifting the focus from traditional gateway cities like Hong Kong and Guangzhou [3][8] Group 2 - The GBA has seen a 25% increase in internal talent mobility and a 30% increase in external exchanges over the past three years, indicating enhanced efficiency in factor flow [4] - The GBA's research institutions, such as the Zhuhai University of Science and Technology, have attracted over 300 projects with a total funding exceeding 300 million yuan, showcasing the area's strong industrial foundation [6] - Companies like Nasda have reported that over 70% of their supply chain is now sourced from the GBA, reflecting the region's growing industrial self-sufficiency [6] Group 3 - The GBA is expected to become a key hub linking Southeast Asian markets, leveraging its geographical and market advantages to enhance its role in the "Belt and Road" initiative [12][13] - The region's unique economic structure, combining coastal trade, urban commerce, and innovative economies, positions it favorably for future growth [8][11] - The GBA's development model is evolving to integrate industry, finance, and innovation, aiming to surpass other global bay areas in scale and functionality [14]

Core Insights - The Guangdong-Hong Kong-Macao Greater Bay Area Cultural Investment Conference serves as a platform for connecting leading enterprises, innovative projects, and industry peers, facilitating accelerated growth in IP development, technology integration, and commercialization [1][2] - The conference is recognized for its value in trend insights, resource matching, and ecosystem collaboration, particularly in the vibrant cultural industry of the Greater Bay Area [2][3] Investment Focus - The company emphasizes three core elements in cultural investments: sustainable business models, content creativity, and technology integration [1][6] - A clear commercialization path is essential for cultural enterprises, with a focus on the operational acumen of entrepreneurs to create a closed-loop between culture and business [1][6] Investment Strategy - The investment strategy is described as a "pyramid-style combination," allocating 60% to stable cash flow mature companies, 30% to growth-oriented technology or content platforms, and 10% to early-stage disruptive projects [11] - The company has invested in various sectors, including the largest book publishing institution in China and leading digital marketing firms, showcasing a diverse portfolio [7][8] Ecosystem Development - The company aims to leverage capital to enhance the cultural industry ecosystem in the Greater Bay Area, focusing on efficient resource allocation and the integration of innovative elements [12] - Collaboration with other funds and institutions is encouraged to support high-growth cultural innovation enterprises, promoting the deep integration of technology and cultural IP [12]