证券日报网讯博硕科技11月26日在互动平台回答投资者提问时表示，控股子公司磐锋精密生产的设备主 要为光学类设备。 （文章来源：证券日报） ...

Core Viewpoint - The article discusses the advancements and market potential of aspherical precision molding machines, highlighting their high precision, low manufacturing costs, and suitability for mass production in various high-end optical applications [4][6][14]. Group 1: Advantages of Aspherical Precision Molding Machines - High forming precision is achieved through strict control of temperature and pressure, resulting in high dimensional accuracy and excellent surface quality [4][6]. - The molding process significantly reduces reliance on expensive equipment and skilled labor, allowing for efficient production in smaller workshops, thus lowering manufacturing costs [4][6]. - The machines are highly automated and capable of consistent mass production, making them ideal for producing precision aspherical optical components [4][6]. Group 2: Industry Development Status - Continuous technological advancements have improved processing precision, temperature control uniformity, and pressure stability, enabling sub-micron level optical component processing [6][8]. - Rapid demand growth is driven by applications in security, automotive lenses, smartphones, drones, AR/VR, and lidar, leading to an expanding market for aspherical molding machines [6][8]. - The industry is witnessing an increase in domestic manufacturers enhancing R&D capabilities, with local equipment gradually approaching the precision and reliability of imported models [6][8][15]. Group 3: Market Trends - The trend towards higher precision and ultra-precision processing is evident, with increasing demands for sub-micron and even nano-level optical components in various applications [8]. - There is a shift towards large-scale and automated production, integrating smart technologies to enhance efficiency and reduce labor dependency [8]. - The adaptability to new optical materials and composites is becoming crucial, with ongoing optimizations needed for temperature control and molding processes to accommodate diverse material types [8]. Group 4: Market Size and Growth - The global market for aspherical precision molding machines is projected to grow from $70.97 million in 2024 to $308.21 million by 2031, with a CAGR of 23.56% [14]. - The Chinese market is expected to account for 53.88% of the global market by 2024, growing to 59.79% by 2031, indicating rapid regional growth [14]. - The automotive lens sector holds a significant market share, with a projected CAGR of 16.63% in the coming years [14]. Group 5: Competitive Landscape - The industry is highly concentrated, with key players including Guangdong Jinding Optical Technology Co., Shibaura Machine, and others, with the leading firms holding a significant market share [15]. - The competitive landscape is expected to intensify as new entrants emerge, driven by technological innovation and market positioning strategies [15].

Core Insights - Hamamatsu City, known as Japan's "Motorcycle Town," is actively supporting innovative startups to foster the growth of world-class companies [1][2][3] Group 1: Support for Startups - The city has implemented the "Hamamatsu Funding Support Project," which provides subsidies for research and equipment investments to selected startups [1] - Pi Photonics, a company specializing in holographic lighting, has received support from local government initiatives and is part of the "J-Startup" program, enhancing its prospects for listing [2] - As of October 2024, Hamamatsu has 84 startups across various sectors, including industrial robotics, digital agriculture, and innovative radiation sensing devices [3] Group 2: Policy Initiatives - Hamamatsu City has introduced a series of industrial policies to align with the trends of green and smart development, focusing on next-generation transportation, health and medical sectors, new agriculture, environment and energy, optics and electronics, digital technology, and robotics [2] - The city offers comprehensive support for entrepreneurs at various stages, including financial subsidies, tax guidance, market access, networking events, and assistance for foreign talent in obtaining residency [2] - A new platform, HamaHub, will be launched in August 2024 to facilitate collaboration between traditional businesses, local government, and startups nationwide, with successful projects eligible for government subsidies [2]

Core Viewpoint - The establishment of the Astronomy Business Unit (BU) by Chasing Technology marks a significant step in completing its "full-domain intelligent exploration" ecological strategy [1] Group 1: Company Developments - Chasing Technology's Astronomy BU focuses on intelligent astronomical optical systems, aiming to create a "heavenly eye" for humanity [1] - The company is addressing the mass production challenges of large-diameter optical lenses in the high-end astronomical optical equipment manufacturing sector [1] - The first intelligent astronomical telescope product is expected to feature a super-large aperture design, providing an ultimate "one-click stargazing" experience [1] Group 2: Industry Applications - In terms of space-based optical payload services, Chasing Technology's Astronomy BU is collaborating with domestic commercial aerospace companies to develop high-resolution Earth observation payloads [1] - This initiative aims to push Chasing's optical technology into real "space" application scenarios [1]

Core Viewpoint - Crystal Optoelectronics plans to purchase coating equipment from its affiliate, Japan Optoran, for a total amount of 33.6 million yen, approximately 16.13 million RMB, to enhance its optical product line and accelerate the transformation of its consumer electronics business [2][3] Group 1: Company Overview - Crystal Optoelectronics is a leading optical solutions provider in China, focusing on technological innovation and resource integration to enhance its core competitiveness [2] - The company holds a 16.33% stake in Japan Optoran, making it the largest shareholder, with a board member serving on Japan Optoran's board [2] Group 2: Financial Performance - Japan Optoran reported a revenue of 1,498.22 million RMB and a net profit of 294.86 million RMB for the fiscal year 2024 [3] - For the first half of 2025, Japan Optoran's revenue was 686.90 million RMB, with a net profit of 51.15 million RMB [3] Group 3: Transaction Details - The total amount for the coating equipment purchase is 33.6 million yen, with payment structured in three installments: 30% within 10 days of contract signing, 60% 30 days before shipment, and 10% 30 days after final acceptance [3] - The transaction is aligned with the company's strategic planning and operational development needs, aiming to seize opportunities in optical applications and enhance competitiveness and profitability [3]

Financial Data and Key Metrics Changes - For Q2 2025, revenue was $4.5 million, down from $4.8 million in Q2 2024, slightly below the expected $5 million [38] - Gross margins decreased to 24% from 30% year-over-year [39] - Net loss for the quarter was $910,000 compared to a net loss of $704,000 in the previous year [42] - Adjusted EBITDA was negative $555,000, worsening from a negative adjusted EBITDA of $269,000 last year [42] Business Line Data and Key Metrics Changes - Manufacturing revenue increased by 42% from Q1 to Q2, marking the largest quarter-over-quarter production increase in many years [11] - The single-use cystoscope program and defense aerospace program are driving production increases, with multimillion-dollar backlogs for both [26][27] - The Ross Optical components business has stabilized at approximately $1 million per quarter due to short-term market forces [32] Market Data and Key Metrics Changes - The single-use endoscope market is projected to grow at annual rates of up to 20% [14] - The company is positioned to benefit from the transition to CMOS-based endoscope systems, which are increasingly favored in the market [8][14] Company Strategy and Development Direction - The launch of the Unity imaging platform is expected to enhance the company's competitive position and accelerate time to market for new products [19][21] - The strategy involves leveraging existing designs to create baseline platforms that can be customized for specific customer needs, reducing development risks [18][19] - The company plans to double production capacity for key programs by expanding clean room space and increasing workforce [85][87] Management's Comments on Operating Environment and Future Outlook - Management expressed optimism about continued growth in Q3 and Q4, driven by strong backlogs and the return of normalized engineering operations [46][49] - The company anticipates achieving record production revenue levels in Q3 and Q4, with forecasts of $5 million in Q3 and $6 million in Q4 [43][49] - Management acknowledged capacity limitations as a challenge but emphasized robust plans to address these requirements [34][81] Other Important Information - The Unity platform was launched at major trade shows, receiving positive feedback and generating new development opportunities [24][25] - The company is finalizing facility plans to support growth and expand manufacturing capabilities [44] Q&A Session Summary Question: Update on defense contracts with specification problems - The company has two significant defense aerospace programs, one running steadily at $2 million to $2.5 million annually, and the other has resumed production after resolving measurement errors [55][56][59] Question: Details on the Unity platform - The Unity platform allows for accelerated development timelines by using baseline designs that can be quickly customized for customer needs, potentially reducing time to market by 6 to 12 months [60][70] Question: Reasons for lower-than-expected revenue in Q2 - The product development group faced delays due to the Unity launch and customer-related events that postponed activities, but these are expected to resolve in Q3 [72][76] Question: Plans to increase capacity - The company is expanding clean room capacity and increasing workforce by approximately 80% to meet the substantial backlog in production [84][87]