Core Viewpoint - The company reported a significant increase in both revenue and net profit for the fiscal year 2025, indicating strong operational performance and strategic focus on research and development [1] Financial Performance - The company achieved operating revenue of 1.863 billion yuan, representing a year-on-year growth of 40.54% [1] - The net profit attributable to the parent company reached 210 million yuan, with a remarkable year-on-year increase of 100.99% [1] Strategic Focus - The company has consistently adhered to its established development strategy, enhancing its research and development capabilities [1] - There is a strong emphasis on improving independent research and technological innovation to strengthen core competitiveness [1] Market Position - The company continues to deepen its engagement in the aerospace sector while also making new breakthroughs in the consumer electronics market and application fields [1] - The operational stability and good management practices contribute to the overall positive business conditions [1]

除了产业支撑，"博物制"的落地，也离不开当地企业四川博理智能科技有限公司的技术赋能。 2025年，"泸州造"3D打印一体鞋项目在泸州（长江）经开区量产，标志着由该公司投资建设的博 理超高速3D打印智能云工厂正式投产。依托这个全球最大的超高速3D打印智能云工厂，该项目单 条生产线每2小时可下线700双定制鞋，年产能达3亿元。 增材制造是通过3D打印方式制造零部件的技术，可以实现复杂、精密、轻量化零件的高效一体化 加工。泸州市龙马潭区是西南地区较早踏足增材制造产业新赛道的区域之一，全省首台金属3D打 印工业母机就在位于龙马潭区的泸州空天装备和材料产业园下线。当前，该区已建成涵盖材料研 发、装备制造、多元场景应用的完整增材制造产业链，龙马潭区增材制造产业集群成功入选2025 年度四川省中小企业特色产业集群。 本报讯 近日，"泸州造"3D打印旗舰店"博物制"在龙马潭区正式开业，3D打印一体成型的潮流鞋 履、定制包袋、文创饰品及马年主题吉祥物等产品整齐陈列，吸引不少市民前来选购。这一"所想 即所得"的消费模式，是泸州增材制造产业从技术研发向市场应用的重要突破，标志着泸州增材制 造技术从工业生产端迈入大众消费市场。 ...

Financial Data and Key Metrics Changes - In Q4 2025, consolidated revenue grew by 6.8% year-on-year, reaching EUR 70.2 million, with a gross profit margin of 58.1% [15][16] - Adjusted EBIT for Q4 was EUR 4 million, representing a margin of 5.7%, and net profit was EUR 6.2 million, more than double the previous year's figure [15][27] - The net cash position improved to EUR 70.8 million, an increase of over EUR 3 million compared to the prior quarter [16][27] Business Line Data and Key Metrics Changes - Materialise Medical segment revenue increased by over 16% in Q4, accounting for 53% of consolidated revenue, while manufacturing revenue declined by 2% and software revenue stabilized with a slight decline of 1% [17][20] - For the full year 2025, medical revenue totaled EUR 134 million, manufacturing revenue was EUR 92.5 million, and software revenue was EUR 41 million [17][23] Market Data and Key Metrics Changes - The medical segment's strong performance was driven by a 23% increase in medical devices and services revenue [20] - The manufacturing segment faced macroeconomic headwinds, particularly in prototyping, leading to a 13% decline in annual revenue [24] Company Strategy and Development Direction - The company aims to continue investing in the Materialise Medical and Software segments while maintaining cost control in the Manufacturing segment [31] - A dual listing on Euronext Brussels was established to access a broader investor audience and enhance operational flexibility [5] Management's Comments on Operating Environment and Future Outlook - Management expects the Materialise Medical segment to continue growing at a double-digit pace, while the Manufacturing segment may face ongoing macroeconomic challenges [31] - The company anticipates revenue for 2026 to be in the range of EUR 273 million to EUR 283 million [31] Other Important Information - The company announced a share buyback program of up to EUR 30 million, which started on January 26, 2026 [5] - The deferred revenue balance for software maintenance and license fees increased by EUR 3.5 million in Q4, ending at EUR 48.8 million [18] Q&A Session Summary Question: Is manufacturing expected to be down year-over-year? - Management confirmed that manufacturing is expected to be flat to down due to a weaker industrial climate, particularly in Europe [36] Question: What percentage of manufacturing is for prototyping applications? - The company has not disclosed the exact percentage but acknowledged that prototyping remains a significant part of the business [39] Question: Can costs be reduced to achieve EBITDA breakeven in manufacturing? - Management indicated that they will continue to focus on segments with growth potential and work on cost optimization in the manufacturing segment [40] Question: Was there a one-time cost in Q4 OpEx? - Management noted that Q4 OpEx included non-recurring costs related to the Euronext listing, which should be excluded from baseline projections [41]

Core Viewpoint - The article discusses the breakthrough in 3D printing technology through the development of "Digital Holographic Field" (DISH) technology by Tsinghua University's team, which significantly enhances both speed and precision in 3D printing, addressing the existing limitations in traditional methods [1][2]. Group 1: Technology Advancements - DISH technology improves the exposure speed of traditional volumetric 3D printing by several times, achieving a record exposure time of 0.6 seconds for complex structures at the millimeter scale, compared to the 30 seconds typical of traditional methods [2][3]. - The technology allows for the use of a wide range of materials, from low-viscosity solutions to high-viscosity resins, due to its short exposure time that minimizes the effects of material flow [2][3]. Group 2: Applications and Implications - DISH technology is expected to revolutionize various fields, including biomedical applications where it can print vascular models and in situ structures using biocompatible materials, thus opening new avenues for tissue engineering and high-throughput drug screening [3]. - In engineering manufacturing, DISH technology could be integrated into production lines for mass production of photonic devices and complex components, enabling the printing of parts with sharp angles and intricate surfaces [3].

Summary of the Conference Call on Consumer 3D Printing Industry Industry Overview - The conference focused on the consumer-grade 3D printing industry, discussing its definition, market potential, innovation logic, and competitive landscape [1][2][3] Key Points Definition of Consumer 3D Printing - Consumer 3D printing is defined as a new manufacturing method distinct from traditional manufacturing techniques such as additive and subtractive manufacturing [1][2] - It is characterized by its ability to produce small quantities of unique or customized products, suitable for applications in education, cultural creativity, and consumer goods [3][4] Market Potential - The global consumer 3D printing market is projected to grow from $1.5 billion in 2020 to $4.2 billion by 2024, reflecting a compound annual growth rate (CAGR) of approximately 29% [11][12] - Sales of consumer 3D printers alone are expected to increase from $1 billion in 2020 to $2.1 billion by 2024, with a forecasted CAGR of around 20% [13][14] - The penetration rate of consumer 3D printers is currently low, estimated at less than 2% in developed regions, indicating significant growth potential [15][16] Innovation Logic - The innovation in the consumer 3D printing industry is driven by hardware upgrades, material innovation, and software ecosystem development [20][22] - The industry is characterized by rapid iteration and the need for strong software support to enhance user experience and operational efficiency [21][22] Competitive Landscape - The market is dominated by Chinese brands, with the top five companies holding significant market shares: - Tofu (29%) - Creality (17%) - Zhuhai (13%) - Smart (12%) - Enjoy (7%) [23] - Tofu, a relatively new entrant, has shown remarkable growth, achieving revenues of over 10 billion RMB in 2022, indicating a strong competitive position [24][26] Challenges and Opportunities - The industry faces challenges such as the need for improved user-friendliness and the complexity of the printing process, which requires robust software support [21][22] - Opportunities exist for expansion into complementary products, such as 3D scanners and laser engravers, as well as potential for global market growth, particularly in regions with less developed supply chains [28] Conclusion - The consumer 3D printing industry is in a growth phase with substantial opportunities for innovation and market expansion, particularly for companies that can effectively integrate hardware, materials, and software solutions [28]

Core Viewpoint - Ruike Laser (300747.SZ) provides laser technology solutions for aerospace-related additive manufacturing and structural component processing, indicating its involvement in the aerospace manufacturing sector [1] Company Summary - Ruike Laser's products are applicable in aerospace-related additive manufacturing and structural component processing [1]

Core Viewpoint - The trend of Chinese experts and scholars returning to China from the U.S. continues, exemplified by advanced chip manufacturing engineer Xu Zhenpeng joining Shanghai Jiao Tong University as an assistant professor after leaving Atomic Semi, a startup focused on 3D printing technology for chip production [1][3]. Group 1: Xu Zhenpeng's Background and Career - Xu Zhenpeng was a core team member at Atomic Semi, which aims to make chip production faster and cheaper than traditional methods that rely on expensive equipment [3]. - He holds degrees from Beihang University, the University of Florida, and UCLA, with research focused on advanced additive manufacturing technologies [3][4]. - His work includes developing high-speed 3D printing methods for small components essential for future smart wearable devices and sensors [5]. Group 2: Trends in Chinese Scholars Returning to China - A significant number of top scientists are returning to China due to discriminatory policies against international students and scholars in the U.S. [9]. - Research indicates that from 2010 to 2021, around 20,000 Chinese scientists left the U.S., with two-thirds choosing to return to China [9][10]. - The number of Chinese students studying in the U.S. peaked in 2019 but has since declined by nearly 30%, reflecting a shift in talent migration [10].

Company Overview - Hunan Huashu High-Tech Co., Ltd. is located in Changsha, Hunan Province, and was established on October 21, 2009. The company went public on April 17, 2023. Its main business involves the research, production, and sales of industrial-grade additive manufacturing equipment, focusing on providing metal (SLM) and polymer (SLS) additive manufacturing equipment, as well as 3D printing materials, processes, and services [1]. Business Revenue Composition - The revenue composition of the company's main business is as follows: 3D printing equipment and auxiliary machine parts account for 74.47%, after-sales services and others 13.57%, 3D printing powder materials 11.02%, and other supplementary sources 0.94% [1]. Stock Performance - On January 28, the stock price of Huashu High-Tech fell by 5.06%, closing at 85.42 yuan per share, with a trading volume of 317 million yuan and a turnover rate of 1.79%. The total market capitalization is 35.378 billion yuan [1]. Major Shareholders - Among the top ten circulating shareholders of Huashu High-Tech, one fund under Huaxia Fund holds 1.8945 million shares of Huashu High-Tech, unchanged from the previous period, representing 0.94% of the circulating shares. The estimated floating loss today is approximately 8.6199 million yuan [2]. Fund Performance - Huaxia Industry Prosperity Mixed A (003567), managed by fund manager Zhong Shuai, has a total asset scale of 6.958 billion yuan. Year-to-date returns are 12.44%, ranking 1212 out of 8864 in its category; the one-year return is 78.55%, ranking 580 out of 8126; and since inception, the return is 450.06% [2]. Fund Manager's Tenure - Zhong Shuai has been the fund manager for 5 years and 186 days, with the best fund return during his tenure being 218.15% and the worst being 11.77% [3].

Summary of the Conference Call on Titanium Alloy Industry and Tian Gong Co., Ltd. Company Overview - **Company Name**: Tian Gong Technology Co., Ltd. - **Established**: 2010 - **Industry Position**: Recognized as a national "specialized, refined, distinctive, and innovative" small giant enterprise, with a strong focus on titanium alloy materials for various applications including aerospace, marine engineering, consumer electronics, and medical devices [2][3] Key Points and Arguments Market Position and Growth - Tian Gong is expected to be included in the North Exchange 50 sample stocks by the end of Q1 2026, indicating strong market performance [1][2] - The company is the largest supplier of titanium wire for consumer electronics, serving major clients in North America and South Korea [1][6] Production Advantages - The company utilizes a complete purification melting technology and an EB + VAR melting process, achieving over 95% recycling rate of returned materials, which is industry-leading [1][4] - The introduction of EB furnace equipment since 2024 is expected to double the order volume to approximately 4,500 tons by 2026, driven by significant demand growth in the consumer electronics sector [3][10] Product Range and Applications - Main products include titanium plates, pipes, wires, bars, and powders, with titanium wire being the flagship product used in various consumer electronics [6][8] - The company is actively developing titanium alloy powders for additive manufacturing, with a total production capacity of 1,200 tons across two locations, expected to grow significantly in the next 3-5 years [7][20] Financial Performance and Projections - Revenue and profit saw a decline in the first three quarters of 2025 due to decreased end-user demand, but recovery is anticipated in Q4 [10] - For 2026, projected orders from major clients are expected to reach 2,500 tons, with total demand potentially doubling to 4,500 tons [14][16] Technological Innovations - The company is developing a second-generation PA powder production technology aimed at increasing production efficiency to 20 kg per hour and improving fine powder yield to 90% [21] - The PA method for powder production shows a significant advantage over the AGA method, with fine powder yield rates of 80-90% compared to AGA's 50% [20] Strategic Directions - Tian Gong plans to deepen its market penetration in consumer electronics while expanding applications in titanium, copper, and high-temperature alloys [27] - There are no immediate plans for major mergers or acquisitions, focusing instead on existing business and upstream/downstream extensions [27] Cost and Margin Expectations - The gross margin for titanium alloy materials is initially expected to be around 25%, with potential increases as production scales and technology improves [25] - In the consumer electronics sector, gross margins for products supplied to major clients can reach 40-45% [23] Market Dynamics - The price of sponge titanium is currently stable or declining due to oversupply, positively impacting raw material cost control for the company [28] Additional Important Insights - The company is also involved in the development of fasteners for civil aviation and drones, with potential for import substitution in aircraft like the C929 [9] - The quality control process for aerospace fasteners follows a strict military management system, with a typical validation cycle of about 5 years [13] This summary encapsulates the key insights from the conference call regarding Tian Gong Co., Ltd. and the titanium alloy industry, highlighting the company's strategic positioning, production capabilities, market dynamics, and future growth prospects.

Summary of 3D Printing and Commercial Aerospace Applications Industry Overview - 3D printing technology is characterized by high material utilization, especially in small batch complex scenarios, but still faces limitations in processing precision and large-scale production capabilities, indicating it is in an early development stage [1][3] - Mainstream 3D printing technologies include Selective Laser Melting (SOM) and Directed Energy Deposition (DED), with SOM suitable for high-precision small parts and DED for larger products, widely applied in the commercial aerospace sector [1][5] Key Market Insights - The 3D printing materials market is composed of 60% non-metal and 40% metal materials, with titanium alloys being the primary metal (20%) and nylon and ABS as common non-metal materials [1][6] - The largest downstream application for 3D printing is aerospace (17%), followed by dental and medical (16%) and automotive (15%), with industrial applications still dominating but consumer-grade sectors growing rapidly [1][7] Market Size and Growth - The domestic 3D printing market is projected to reach approximately 36.7 billion RMB by 2024, with a significant portion (around 50%) attributed to equipment [1][9] - The global installed capacity is highest in the US (33%), while China accounts for only about 10% [2][9] Competitive Landscape - Major companies in the 3D printing equipment market include EOS, GE, and domestic players like PlasTech and Huashu Gaoke, with market shares of 6.6% and 5% respectively [2][9] - Domestic companies such as South Arrow Aerospace and Oriental Space are beginning to adopt 3D printing technology, but penetration rates remain low (30%-60%) [4][12] Technological Advancements - Commercial aerospace significantly drives the 3D printing industry due to its complex and customized demands, which promote the development of additive manufacturing technologies [4][10] - 3D printing in aerospace applications, such as rocket engines, shows a penetration rate of over 70% in SpaceX's Falcon series, indicating substantial potential for growth in domestic companies [11][12] Future Trends - The potential adoption of DED technology for larger structural components in commercial aerospace is anticipated, which could provide new growth opportunities for companies like PlasTech [14] - The outlook for core component suppliers in the commercial aerospace sector is positive, with domestic companies gradually entering the market and expected to play significant roles as demand grows [15]