摩方精密 将出席 2025（第四届）高分子3D打印材料高峰论坛 （7月18-20日 | 浙江 · 杭州），并 在现场展示 microArch® D0210、microArch® S230A、microArch® S240A等超高精密3D打印 设备所制作的打印样件与应用案例 。 摩方精密 （BMF Precision Tech Inc.）成立于2016年，是全球微纳3D打印技术及精密加工解决方案 的领军企业。凭借创新研发的 "面投影微立体光刻" （PμSL）专利技术，实现 2μm/10μm/25μm 超高 打印精度，且兼具±10μm/±25μm/±50μm超高公差控制能力。同时配置 韧性树脂、硬性树脂、耐高温 树脂等功能材料，生物应用材料，终端应用材料，陶瓷材料 等多类打印材料，可直接成型高精密结 构件和功能器件，无需再进行抛光、打磨、喷涂等后处理工艺，为传统生产方式难以实现的复杂结构 产品量身定制各类解决方案。 摩方精密聚焦微流控、微机械、生物医疗、新材料等科研领域，在精密医疗器械、精密电子器件等工 业领域，致力于为全球客户提供微纳3D打印设备制造、技术服务、加工工艺、材料开发及创新终端 应用场景。通过高效转 ...

Core Viewpoint - The article highlights the advancements in micro/nano electronic additive manufacturing technology, emphasizing its potential to revolutionize the semiconductor industry by reducing production costs and enhancing product performance and flexibility [1][2]. Group 1: Company Overview - West Lake Future Intelligent Manufacturing (芯体素) was founded by Professor Zhou Nanjia in 2020, focusing on advanced additive manufacturing processes for the semiconductor industry [2]. - The company has developed industry-leading micro and sub-micron precision electronic additive manufacturing technology, capable of producing various high-performance materials including metals, polymers, ceramics, and optical materials [2]. - West Lake Future Intelligent Manufacturing has established partnerships with over ten industry-leading clients and has been recognized as a national high-tech enterprise and a "准独角兽" (quasi-unicorn) in Hangzhou [2][10]. Group 2: Technology and Applications - The micro/nano direct writing printing technology allows for high-precision material deposition, forming fine structures at the micron or nanometer level, which is a significant advancement over traditional subtractive manufacturing methods [1][2]. - Applications of this technology include precision RDL wiring, metal wall structures for chip cooling, and enhanced thermal management solutions that improve cooling efficiency by over 30% compared to conventional methods [5][8]. - The technology is compatible with various substrates such as silicon, glass, ceramics, and metals, enabling cost savings and improved performance in electronic packaging [9][10]. Group 3: Industry Trends and Future Directions - The demand for high precision, miniaturization, and cost-effective manufacturing in the electronics industry is driving the need for scalable nano additive manufacturing technologies [10]. - The upcoming 2025 Polymer 3D Printing Materials Summit will feature discussions on the integration of AI for optimizing printing processes and real-time monitoring, indicating a trend towards smarter manufacturing solutions [10][18].

Core Insights - The 2025 China (Shenzhen) Unicorn Enterprise Conference will be held on July 17-18, focusing on "New Quality Driven, Future Navigation" to inject dynamic energy into Shenzhen's development as a global benchmark city [1] Group 1: Event Overview - The conference is guided by Shenzhen's government departments and co-hosted by various financial and research institutions, aiming to discuss innovation and development [2] - Key highlights include the debut of the "GEI China Unicorn Enterprise Research Report 2025" and the "Shenzhen Unicorn and Gazelle Enterprises Research Report 2025," which will provide quantitative analysis and insights into unicorn growth and industry trends [2] - The establishment of the "Unicorn Enterprise Service Alliance" will create a comprehensive service network for innovative enterprises, covering policy alignment, financing support, and market expansion [2] Group 2: Value Creation - The conference will feature a "1+5" series of activities to create a full-chain connection platform, including a unicorn enterprise report release, cooperation negotiation meetings, and financing roadshows to address core needs of enterprises at various development stages [3] - Discussions will include topics such as "Intelligent Economy New Blue Ocean" and "Patient Capital and Enterprise Resilience Growth," fostering valuable exchanges of ideas [3] Group 3: Shenzhen's Unicorn Landscape - Shenzhen's unicorns are characterized by "hard technology" and innovation, with notable companies like Honor and Laplace leading in sectors such as integrated circuits and robotics [4] - The concentration of unicorns in cutting-edge technology fields, particularly in hard tech sectors, positions Shenzhen as one of the most active regions for unicorn enterprises in China [4] Group 4: Industry Participation - The conference will attract over a hundred unicorn enterprises from across the country, covering more than 20 cutting-edge sectors including AI, robotics, and biomedicine [5] - Local unicorns will serve as a vibrant "city business card," showcasing Shenzhen's industrial foundation and service networks, as well as successful case studies of companies transitioning from local to broader markets [5] Group 5: Growth and Policy Support - Shenzhen's unicorn growth trajectory reflects a shift from following to leading in innovation, with several companies successfully going public in recent years [6] - The introduction of the "Shenzhen Action Plan for Supporting the Development of Gazelle and Unicorn Enterprises (2025-2027)" will inject policy benefits into the innovation ecosystem, facilitating collective breakthroughs among unicorns [7]

Core Viewpoint - The 2025 Polymer 3D Printing Materials Summit focuses on the opportunities and challenges in additive manufacturing, showcasing advancements in various 3D printing technologies and materials across multiple specialized sessions [3][4][5][6][7][8]. Group 1: Summit Agenda - The summit will take place from July 18 to July 20, 2025, in Hangzhou, Zhejiang, featuring a series of sessions on different aspects of 3D printing [12][13]. - The opening ceremony and main forum will discuss the opportunities and challenges in additive manufacturing on July 19, 2025 [3][12]. - Specialized sessions will cover topics such as AI in 3D printing, ceramic 3D printing, biomedical applications, and industrial applications [4][5][6][7][8]. Group 2: Key Sessions and Topics - The main forum will include presentations on sustainable high-performance photopolymer 3D printing and bio 3D printing applications [3][4]. - The AI and 3D printing session will explore machine learning for continuous composite material 3D printing and near-infrared light-assisted inkjet printing [4]. - The ceramic 3D printing session will address trends in the industry and advanced manufacturing technologies [5]. - The biomedical 3D printing session will focus on applications in bone and cartilage regeneration and the development of biodegradable materials [6]. - The industrial 3D printing session will highlight high-performance polymer materials and their applications in aerospace [7][8]. Group 3: Event Logistics - The event will be held at the Sheraton Hangzhou Longxi Hotel, with special accommodation rates available for attendees [15]. - Registration fees are set at ¥2800 for corporate and research representatives and ¥1800 for students if paid online before July 18 [19]. - The summit is organized by Ningbo Detai Zhongyan Information Technology Co., Ltd., with support from various academic and research institutions [10].

Core Viewpoint - The article highlights the advancements and applications of multi-material 3D printing technology developed by Shenzhen MultiMatter Technology Co., Ltd., particularly focusing on the centrifugal DLP (Digital Light Processing) technology that allows for efficient material switching with minimal contamination, enabling a wide range of applications in fields such as communication and medicine [1][3][5]. Group 1: Company Overview - Shenzhen MultiMatter Technology Co., Ltd. specializes in multi-material light-curing 3D printing technology and equipment, leveraging core technologies from Southern University of Science and Technology for product development [5][6]. - The company has launched the MultiMatter series of multi-material light-curing 3D printers, including the C10, C30, and C50 series, designed for various applications [6][11][15][16]. Group 2: Technology and Innovations - The centrifugal DLP technology developed by the company addresses the challenge of removing residual liquid during material switching, utilizing centrifugal force for quick and contactless removal, which is less affected by the structure's size, shape, and resin viscosity [3][5]. - This technology allows for precise control over the composition, performance, and functionality of structures at the voxel level, overcoming compatibility limitations of traditional light-curing 3D printing [3][5]. Group 3: Applications and Materials - The technology supports a wide range of printable materials, including hard resins, elastomers, hydrogels, shape-memory polymers, and conductive elastomers, providing flexibility for various industries [5][6]. - The applications showcased include flexible electronics, robotics, implantable medical devices, and medical models, demonstrating the versatility of the multi-material 3D printing technology [1][5][27]. Group 4: Upcoming Events - The company will participate in the 2025 (4th) Polymer 3D Printing Materials Summit Forum from July 18-20 in Hangzhou, where it will showcase its multi-material 3D printing technology and applications [1][34]. - Professor Ge Qi, the company's chief scientist, will present a report titled "Multi-material 3D/4D Printing: From Hydrogels to Ceramics" at the forum, highlighting advancements in multi-material 4D printing [34][42].

Core Viewpoint - The company, Yijia Additive Manufacturing, has shown significant growth in revenue and net profit under the leadership of the new generation entrepreneur, Li Jianhao, while facing challenges in cash flow and reliance on financing [1][18][26]. Group 1: Company Performance - From 2022 to 2024, the company's revenue increased from 247 million to 471 million yuan, and net profit rose from 28.93 million to 98.81 million yuan, indicating rapid growth in both key performance metrics [1][20]. - The company plans to raise 1.205 billion yuan through its IPO to fund expansion and R&D projects [2]. - The average selling price of 3D printing equipment increased by 46.58% from 1.8452 million yuan to 2.7047 million yuan, while sales volume grew from 124 units to 163 units during the same period [21][22]. Group 2: Financial Health - Despite a net profit of 98.81 million yuan in 2024, the company experienced a significant cash flow issue, with a net cash outflow of 93.80 million yuan, compared to a net inflow of 19.67 million yuan in 2023 [26][28]. - The company's asset-liability ratio dropped dramatically from 82.63% in 2022 to 16.69% in 2024, reflecting improved debt repayment capacity [31][32]. - The company’s accounts receivable increased significantly, reaching 217 million yuan in 2024, which accounted for 46.07% of total revenue [28][29]. Group 3: Market Position and Industry Context - The global additive manufacturing market is projected to grow from 12.76 billion USD in 2020 to 21.9 billion USD in 2024, with the Chinese market expected to reach 41 billion yuan in 2023 [20][21]. - Yijia Additive Manufacturing's gross profit margin increased from 39.31% in 2022 to 45.12% in 2024, contrasting with the declining trend in the industry average [24][25]. - The company has established subsidiaries in Germany and the USA to expand its overseas market presence, with foreign sales accounting for approximately 15% of its main business revenue [22][24].

Core Insights - The company is advancing its dual-track strategy by launching a metal 3D printing project in Jinjiang while simultaneously progressing through its IPO guidance process, indicating a strong commitment to leveraging capital markets for rapid growth [1][2]. Group 1: IPO Guidance Progress - Since the initiation of the IPO guidance in March 2023, the company has completed nine phases of guidance with the support of Zhongtai Securities, focusing on optimizing sustainable operational performance, enhancing corporate governance, and aligning with capital market policies [2][4]. - The company has implemented substantial measures to ensure a smooth IPO process, including increasing R&D investment to 12%, significantly above the industry average of 8%, and optimizing its intellectual property management system with over 150 patent applications, of which more than 40% are invention patents [4]. Group 2: Jinjiang Project Strategy - The Jinjiang metal 3D printing project represents a strategic component of the company's capital strategy, with a total investment of 150 million yuan, planned in two phases: the first phase focuses on a 5,000 square meter service and R&D center, while the second phase aims to expand production facilities [5][7]. - The project is strategically located in Jinjiang, known as "China's Shoe Capital," allowing direct engagement with major brands like Anta and Jordan, and has secured a strategic partnership with local leader Anyuan Mould, with expected first-year orders exceeding 30 million yuan [7][9]. - The project employs a hybrid business model of "equipment sales + printing services," with service business gross margins exceeding 50%, which is significantly higher than traditional equipment sales, enhancing overall profitability [7]. Group 3: Competitive Advantage and Market Position - The company has established a competitive edge in the 3D printing sector through 25 years of deep engagement, developing a comprehensive technology system covering equipment, materials, and software, particularly in metal 3D printing [10]. - Innovations such as the Fuees430 four-laser printer have improved production efficiency, reducing the traditional mold production cycle from 15 days to 7 days and cutting manufacturing costs by over 30%, leading to rapid recognition in the Jinjiang shoe industry cluster [12]. - The company’s strategic choice to diversify its technology portfolio by focusing on both photopolymerization and metal 3D printing reduces market risks and enhances future business expansion opportunities, positioning it favorably for valuation during the IPO [12]. Group 4: Capital Market Outlook - The company is expected to complete IPO guidance by the end of 2025 and submit its prospectus in the first half of 2026, with a potential valuation of 40-50 times PE, corresponding to a market capitalization of approximately 15-20 billion yuan [13]. - Key factors supporting this valuation include the company's leading position in the 3D printing field, the industrialization capabilities demonstrated by the Jinjiang project, and the high gross margin characteristics of its "equipment + service" business model [13][15]. - The successful IPO could provide substantial funding for breakthroughs in domestic metal 3D printing equipment and new material development, reflecting broader trends in China's manufacturing transformation under the "Made in China 2025" strategy [15].

Core Insights - The demand for consumer-grade 3D printing is thriving, with domestic manufacturers leading product supply [1][2] - The consumer-grade 3D printing market in China has seen significant growth, with a CAGR of nearly 20% from 2020 to 2024, reaching over 40 billion yuan by 2024 [2][9] - The global sales of consumer-grade 3D printers are expected to continue growing, with 96% of these printers sourced from Chinese suppliers in 2024 [2][11] Market Dynamics - The user base for consumer-grade 3D printing primarily consists of small B-end customers, with applications in DIY production, educational institutions, and various industries [3][4] - The reduction in product prices and the lowering of operational barriers have allowed consumer-grade 3D printing to penetrate deeper into lower-tier markets [3][4] Industry Development - The consumer-grade 3D printing industry chain is maturing, with prices becoming more accessible to a broader customer base due to technological advancements and local supply chain efficiencies [4][5] - Leading companies like Tuozhu Technology have significantly reduced entry-level product prices, with their A1mini model priced below 1500 yuan after subsidies [4][5] Technological Advancements - The IP economy is driving consumer-grade 3D printing into new markets, with personalized demand for products like collectible figures increasing [5][8] - Companies are innovating by combining 3D printing with laser engraving and developing new materials to expand application scenarios [5][8] Key Players and Market Structure - The consumer-grade 3D printing machine manufacturers are experiencing rapid performance releases due to both domestic and export demand [5][8] - The report outlines key companies in the 3D printing industry, including Tuozhu Technology, which is a significant player in the consumer-grade segment [17][18]

Core Viewpoint - The 2025 High Polymer 3D Printing Materials Summit Forum will be held from July 18-20 in Hangzhou, focusing on opportunities and challenges in additive manufacturing [1][10]. Agenda Summary Opening Ceremony & Main Forum - The forum will start with an opening ceremony followed by discussions on sustainable high-performance photopolymer 3D printing and various advanced manufacturing technologies [3][4]. "Artificial Intelligence +" and 3D Printing Session - This session will cover topics such as machine learning for continuous composite materials 3D printing, near-infrared light-assisted inkjet printing, and 4D printing of programmable metamaterials [4]. Ceramic 3D Printing Session - Discussions will include advancements in silicon nitride-based ceramic additive manufacturing, multi-material 3D/4D printing, and the industry trends in ceramic 3D printing [5]. Biomedical 3D Printing Session - The focus will be on biocompatible materials for 3D printing, applications in bone and cartilage regeneration, and the development of biodegradable spinal fusion devices [6]. Industrial 3D Printing Session - This session will explore high-performance polymer materials for aerospace applications, industrialization of polymer 3D printing, and innovations in high-resolution polymer printing technologies [7][8]. Event Information - The forum will take place at the Sheraton Hangzhou Longxi Hotel, with registration fees set at ¥2800 for corporate and research representatives and ¥1800 for students if paid online before July 18 [19].

Core Viewpoint - Shanghai is accelerating the development of urban industry, focusing on the integration of advanced manufacturing and modern services, and emphasizing the importance of cultivating new productive forces in urban industrial development [1] Group 1: Urban Industrial Development - Yangpu District is highlighted as a historical site for national industry, with a call to strengthen technological support and deepen the understanding of urban industrial development [1] - The traditional view of separating service industries in urban centers and manufacturing in suburbs is being challenged, leading to the emergence of new urban industrial forms in central areas [1] - The need for systematic planning in urban industrial development is emphasized, with a focus on "dancing three dances" to achieve this [1] Group 2: Space Utilization - The first dance is described as the "ballet" of utilizing limited urban space effectively, where urban industry must adapt to fragmented spaces [2] - The example of Fuzhi Technology's headquarters illustrates a "micro-factory" model that operates within office spaces, utilizing 3D printing technology to produce high-value products [2] - Suggestions include providing more spatial carriers for urban industry by revitalizing inefficient industrial land in central urban areas [3] Group 3: Market Synchronization - The second dance is the "tap dance," which emphasizes the need for urban industry to align with market rhythms and high-end consumer demands [4] - The case of New York's garment district shows how traditional manufacturing can thrive in urban centers due to proximity to high-end markets [5] - Shanghai's Old Fengxiang project exemplifies an initiative to create a new space that integrates urban industry with tourism and digital transformation [5][6] Group 4: Talent Development - The third dance is the "modern dance," focusing on the importance of talent in urban industry, where both research and skilled labor play crucial roles [8] - The need for a conducive environment for both researchers and skilled workers is highlighted, with examples from London showing successful strategies to retain manufacturing jobs [10] - Challenges in urban industrial development due to insufficient space and the need for a shift in mindset are discussed, emphasizing the importance of human agency in this process [11][12]