12月15日，拓竹科技（以下简称"拓竹"）宣布发起"Let's Make It"创造基金，为全球创客长期提供资 金、技术和资源支持，单项目最高可获得100万元人民币，无论是独立个人还是小型工作室均可报名， 这也是国内已知金额最高的创客资助计划。 拓竹认为，改变世界的火花往往源于那些看似疯狂、宏大且雄心勃勃的构想。许多创客都曾有过这样 的"灵光一现"，却因资源或支持不足而止步于想象。相比于业内常见的"万元级"资助，"Let's Make It"创 造基金不再是仅仅奖励一个"好点子"，更是以真金白银为燃料，帮助创客跨越资源的屏障，把"敢想"的 勇气转化为"敢造"的行动，探索个人制造的边界和潜力。 拓竹相关负责人表示，最高100万元的资金支持，意味着一个创客可以辞去工作，全职投入2-3年，无需 为生计发愁，也足以组建一个由3名资深工程师（机械+电子+软件）组成的小型工作室，全职攻坚整整 一年。许多国内外伟大的硬件公司，启动资金也就维持在这个量级。 值得一提的是，"Let's Make It"创造基金长期有效、不设截止日期。申请者可以通过拓竹官网提交项目 提案，支持同一申请者提交多个项目，评审委员会在评估后将与入选者 ...

Group 1: Rocket Lab and Space Missions - Rocket Lab successfully completed its first dedicated Electron mission for the Japan Aerospace Exploration Agency, launching the Race 4 technology demonstration satellite from New Zealand [1] - The mission highlights Electron's expanding role in global national space programs, with additional dedicated launches planned for Japan Aerospace in Q1 of 2026 and the European Space Agency in the upcoming year [2] Group 2: Xping and EV Production - Xping has formed a strategic partnership with Malaysia's EP Manufacturing Burhat to initiate localized EV production in Malaysia, marking its third global and second Asia-Pacific localized manufacturing project [2] - The new facility aims to support an integrated regional ecosystem, aligning with Malaysia's green economy goals and enhancing Xping's competitive position [2] Group 3: Virgin Galactic and Sensor Systems - Virgin Galactic announced a collaboration with Lawrence Livermore National Laboratory to evaluate sensor systems aboard its launch vehicles, aiming to collect critical data for next-generation imaging capabilities [3] Group 4: 3D Systems and FDA Clearance - 3D Systems received FDA clearance to expand its orthopedics platform to include mature adolescence, facilitating faster reimbursable adoption at leading hospitals [3] - This approval opens a high acuity underserved market, strengthens 3D Systems' competitive mode, and supports a scalable high-margin medtech revenue model driven by virtual planning services and patient-specific 3D printed surgical solutions [4]

基于这一底层能力的突破，MakerWorld平台上的"印你"工具极大简化了传统手办制作流程。过去制作真 人手办往往依赖昂贵的专业扫描设备或耗时的人工建模，而现在用户仅需上传一张人像图片，系统即可 自动完成从2D到3D的转化。该流程包含生成2D立体图、自动去背景及风格化处理，最终输出精确还原 面容、衣着和姿态且可直接打印的3D模型文件。 目前，拓竹MakerLab平台已上线包括"印你"在内的20款建模工具，服务全球超过200万用户。此次拓竹 与腾讯的合作，标志着顶尖生成式AI技术正加速从实验室走向消费级应用场景，对于3D打印爱好者而 言，这意味着设计周期的缩短与个性化创作能力的实质性释放。 在此次合作中，核心技术底座来自于腾讯混元3D3.0模型。该模型相较于前代产品，首创了3D-DiT分级 雕刻技术，将建模精度提升了3倍。数据显示，其几何分辨率达到1536，并支持高达36亿体素的超高清 建模。针对此前AI生成模型中常见的"面部抽象"及细节模糊问题，新技术进行了专项优化，不仅能精细 重塑人物面部轮廓，还能清晰呈现关节、机械零件边缘等锐利细节，同时优化了纹理遵循度与几何对齐 精度，以确保3D打印成品的物理还原度。 ...

Core Viewpoint - 3D Systems Corporation has announced an agreement to exchange $30,773,000 of its 0% Convertible Senior Notes due 2026 for 16,625,243 shares of its common stock, with the exchange expected to close around December 16, 2025 [1][2]. Group 1: Exchange Details - The exchange will result in approximately $3.9 million of the 2026 Notes remaining outstanding after the transaction [2]. - 3D Systems will not receive any cash proceeds from the exchange [2]. Group 2: Regulatory Information - The shares issued in the exchange have not been registered under the Securities Act of 1933 and may not be offered or sold in the U.S. without registration or an applicable exemption [4]. - The announcement does not constitute an offer to sell or a solicitation to buy any of the shares [3]. Group 3: Company Background - 3D Systems has been a pioneer in 3D printing and additive manufacturing for nearly 40 years, providing industry-leading technologies and solutions across various high-value markets [6]. - The company aims to transform manufacturing through innovative 3D printing technologies, materials, and software [6].

Core Insights - Drone Nerds LLC has announced a technology partnership with Shenzhen Creality 3D Technology Co., Ltd, enhancing its product offerings in the drone technology sector [1][4] - The collaboration allows Drone Nerds to provide Creality's advanced 3D printers, scanners, and laser engravers, expanding its portfolio for both consumer and enterprise applications [2][3] Group 1: Partnership Details - The partnership introduces Creality's advanced lineup, including the K2 Series, Ender-3 V3 SE, Hi Combo, Falcon A1, and Raptor Pro, to Drone Nerds' offerings [2] - This collaboration aims to empower creators, enabling them to design and personalize various products, including drone accessories and educational prototypes [2][3] Group 2: Impact on Enterprise Innovation - The integration of Creality's technology enhances Drone Nerds' capabilities in sectors such as engineering, prototyping, education, public safety, manufacturing, construction, and energy [3] - Organizations can utilize 3D printing and scanning for custom components, rapid iterations, and cost-effective in-house solutions [3][4] Group 3: Availability and Future Plans - Creality's products are now available through Drone Nerds' online store, with plans for expanded enterprise distribution and educational programs [5] - The partnership is expected to inspire creators and industries to adopt digital fabrication technologies [4]

Core Insights - The 3D printing industry is experiencing rapid growth, with major companies like DJI and Meituan accelerating their investments in this sector. The global market is projected to reach $115 billion by 2030, driven by technological advancements, expanded applications, and policy support [1][2]. Industry Growth and Market Dynamics - The global shipment of entry-level 3D printers is expected to exceed 1 million units in Q1 2025, marking a 15% year-on-year increase, with Chinese suppliers contributing 95% of this market share, predominantly from Guangdong Province [1]. - In the first three quarters of this year, China's 3D printing equipment production increased by 40.5% year-on-year, indicating a significant shift towards industrialization [2]. Technological Advancements - Key technological breakthroughs, such as multi-material printing and AI-driven design optimization, are facilitating the transition from prototype manufacturing to mass production, resulting in a 60% reduction in average prices of consumer-grade 3D printing devices over the past three years [2]. - The average price of entry-level devices has fallen below 2000 yuan, making them more accessible to ordinary consumers [2]. Applications in Various Sectors - 3D printing is expanding its applications in industries such as automotive and biomedical, enhancing production efficiency and enabling smart, digital, and flexible manufacturing processes [3]. - The successful flight of a 3D-printed simplified turbojet engine by China Aviation Engine Corporation marks a significant milestone in the direct manufacturing capabilities of 3D printing technology [3]. Policy Support and Strategic Initiatives - The Chinese government is actively promoting the 3D printing industry through various policies, including the "Green Low-Carbon Development Action Plan for Manufacturing Industry (2025-2027)" and the "Action Plan for Promoting Large-Scale Equipment Updates and Consumer Goods Replacement," which support the adoption of additive manufacturing technologies [3][4]. - Guangdong Province has been a pioneer in the additive manufacturing sector since the "12th Five-Year Plan," with strategic initiatives aimed at fostering innovation and industrial growth [4][5]. Regional Development and Industry Clusters - The Guangdong-Hong Kong-Macao Greater Bay Area is emerging as a key hub for the 3D printing industry, with a focus on building a complete ecosystem from upstream core components to downstream high-end applications [5]. - The establishment of the Guangzhou Laser and Additive Manufacturing Industrial Park aims to attract leading domestic enterprises and institutions, further solidifying the region's position in the 3D printing landscape [1][5]. Local Initiatives and Market Potential - The Liwan District in Guangzhou is leveraging its commercial foundation to promote 3D printing technology, particularly in consumer applications, to revitalize its traditional industrial base and address challenges related to industrial hollowing [5][6]. - The district's rich cultural heritage and active commercial channels provide a strong support system for the growth of 3D printing in creative products and customized consumer goods [6].

Core Insights - 3D printing technology, also known as additive manufacturing, is revolutionizing various industries by enabling the production of complex structures and personalized products at unprecedented speeds [2][3] - A significant breakthrough in 3D printing has been achieved by a research team led by Professor Wu Dezhi from Xiamen University, introducing "laser in-situ induced direct writing" technology, which reduces the curing time of thermosetting materials from 48 hours to 0.25 seconds, enhancing efficiency by 50,000 times [3][9] - This innovation addresses critical challenges in the application of thermosetting materials in flexible electronics and biomedical fields, paving the way for industrialization and practical applications in advanced technologies [3][11] Industry Development - China's 3D printing industry has formed a spatial development pattern with three main regions: the Bohai Rim, the Yangtze River Delta, and the Pearl River Delta, with key provinces like Shaanxi, Hubei, and Hunan emerging as technology centers [4][5] - The industry is characterized by a significant concentration of performance among leading companies, with top firms like Plater and Xianlin Sanwei achieving annual revenues exceeding 100 million and maintaining gross margins above 40% [7] - The market for 3D printing equipment in China is projected to exceed 120 billion yuan by 2029, with a compound annual growth rate of 19.5% from 2025 to 2029, indicating a golden period of growth for the industry [8] Technological Impact - The new "laser in-situ induced direct writing" technology not only solves the curing challenges of thermosetting materials but also enhances the manufacturing capabilities for flexible electronics and biomedical scaffolds [9][11] - This technology is expected to facilitate the rapid production of smart soft robots and precision formation of organ chips, contributing to the low-cost mass production of personalized medical devices [11] - The advancement represents a significant step for China in the global 3D printing competition, enhancing the country's ability to transition from a manufacturing powerhouse to a leader in intelligent manufacturing [11]

Industry Overview - 3D Printing, also known as additive manufacturing, has transformed product design and production since its introduction in the 1980s, offering precision, customization, and efficiency [1] - The technology has evolved from a prototyping technique to a comprehensive manufacturing solution across various sectors, including healthcare, aerospace, automotive, and consumer goods [2][4] - Additive manufacturing reduces waste, allows for complex designs, and supports on-demand production, which is particularly advantageous for industries with fluctuating demand [3] Market Dynamics - North America holds over 35% of the 3D Printing market share, driven by strong R&D investments and advanced manufacturing infrastructure, while the Asia-Pacific region, led by China and India, is rapidly advancing in this field [5] - The adoption of 3D Printing is accelerating due to its cost-effectiveness, customization capabilities, and sustainability compared to traditional manufacturing methods [3] Key Players - Proto Labs is recognized as a leader in rapid prototyping and on-demand production, operating over 120 additive manufacturing machines and producing more than 250,000 parts monthly [7] - AMETEK specializes in high-performance metal powders for additive manufacturing, with a diverse range of alloys tailored for various processes [12][13] - ATI Additive Manufacturing offers comprehensive capabilities across the additive supply chain, focusing on both Electron Beam Melting and Direct Metal Laser Melting technologies [15][16] Recent Developments - Proto Labs has expanded its manufacturing capacity in response to rising demand for metal 3D-printed parts and introduced advanced technologies like Axtra3D Hybrid PhotoSynthesis [9][8] - AMETEK's acquisition of Faro Technologies for $920 million enhances its 3D metrology portfolio, complementing previous acquisitions to strengthen its precision scanning capabilities [14] - ATI has launched a state-of-the-art facility for additive manufacturing, integrating design, printing, and inspection processes to serve high-performance markets [17]

Welcome to the Green Stock news brief for Monday, December 1st. Here are today's top headlines. Planet Labs has successfully launched its AI enabled Pelican 5 and Pelican 6 satellites on the SpaceX Transporter 15 mission and has begun commissioning after establishing contact.These new highresolution satellites expand the company's Pelican fleet, add advanced onboard AI processing, and will support Planet's global imaging products ahead of additional launches planned for 2026. Plug Power has won a $2.8% an $ ...

Core Insights - Stratasys Ltd. has announced the full commercial availability of its RadioMatrix™ radiopaque 3D printing material in the United States, marking a significant milestone for the company [1] - This development allows healthcare providers, device manufacturers, and research institutions across the U.S. to access and utilize the material for advanced medical imaging and training applications [1] - RadioMatrix is noted as the first and only material of its kind available for these specific applications [1] Company Developments - The announcement follows initial limited deployments of the RadioMatrix material, indicating a progression from pilot testing to full market availability [1] - The introduction of RadioMatrix is expected to enhance capabilities in medical imaging and training, potentially leading to improved outcomes in healthcare [1] Industry Impact - The availability of RadioMatrix may influence the landscape of 3D printing in the medical sector, providing new opportunities for innovation in medical devices and training methodologies [1] - This move aligns with the growing trend of integrating advanced materials in healthcare technology, reflecting the industry's shift towards more sophisticated and effective solutions [1]