Oriental Crystal Source's application for an IPO on the STAR Market was officially accepted on June 30, 2026, entering the "questioning" phase by July 16, drawing increasing market attention. As a key upstream equipment enterprise in the semiconductor supply chain, the company focuses on integrated circuit yield management, with core products covering two major segments: electron beam measurement and inspection equipment, and manufacturing-oriented EDA software. It is one of the few domestic companies with independent R&D capabilities for both electron beam inspection hardware and computational lithography software. Amid intensifying global competition in the semiconductor industry and the rising demand for localized production of critical core technologies, the fields of electron beam measurement and inspection equipment and manufacturing EDA software, where Oriental Crystal Source operates, have long been dominated by international players, making domestic technological breakthroughs of significant industrial importance.
The prospectus reveals that Oriental Crystal Source has structured its business around electron beam measurement and inspection equipment and manufacturing EDA software, addressing yield improvement needs in chip manufacturing. Inspection equipment is often described as the "eyes" of chip manufacturing, directly impacting defect detection and process stability during wafer fabrication, while manufacturing EDA software, serving as the "brain," handles process optimization and lithography flow improvements. Through integrated hardware and software, the company is exploring the development of comprehensive yield management solutions for chip fabrication, encompassing detection, analysis, and optimization. With the release of the prospectus, discussions have increased regarding Oriental Crystal Source's financial metrics, including losses, changes in gross margin, and debt-to-asset ratio. However, for high-end semiconductor equipment companies, financial performance typically lags behind technological breakthroughs, customer validation, and scaled delivery. Understanding Oriental Crystal Source's current stage requires viewing it within the long-term cycle of the semiconductor equipment industry.
The change in gross margin is a key factor for market attention on Oriental Crystal Source. However, for a semiconductor company simultaneously developing equipment and software, analyzing the overall gross margin change requires consideration of the business structure and industrialization phase. Oriental Crystal Source's operations encompass electron beam measurement and inspection equipment and manufacturing EDA software, which have significantly different business models. Manufacturing EDA software, being software-centric, has relatively low marginal costs. In contrast, semiconductor equipment involves core component procurement, system integration, installation, commissioning, customer validation, and after-sales service, typically incurring higher engineering costs in the early stages of industrialization. As the equipment business enters the industrialization phase, Oriental Crystal Source's product mix shifts, with an increased revenue share from hardware, thereby temporarily impacting the overall gross margin. Concurrently, moving high-end semiconductor equipment from R&D prototypes to mass delivery requires continuous iteration and customer validation—a necessary phase for domestic equipment companies transitioning from technological breakthroughs to industrial application. For example, with its 12-inch CD-SEM product, Oriental Crystal Source is advancing the independent R&D of core electron optical systems during product upgrades to enhance self-sufficiency and long-term competitiveness. For high-end semiconductor equipment, product upgrades are not simple replacements but crucial processes for companies to continuously improve performance, stability, and autonomy based on advanced manufacturing needs. Iterating around core component R&D helps strengthen supply chain autonomy and product competitiveness. Therefore, periodic changes in gross margin for semiconductor equipment companies should not be simplistically equated with declining competitiveness; instead, the focus should be on core technology mastery, product validation progress, and cost optimization potential after scaled delivery. The prospectus indicates that Oriental Crystal Source adheres to independent R&D of core modules and supply chain autonomy, building competitiveness in inspection equipment through innovations in materials, design, algorithms, and system integration.
Compared to traditional manufacturing, semiconductor equipment companies are characterized by high R&D investment, long validation cycles, and slower commercialization. The journey from technology R&D to entering customer production lines and securing volume orders typically involves multiple stages, including equipment delivery, process adaptation, and long-term stability validation. Oriental Crystal Source has consistently invested in R&D in recent years, building its product portfolio around electron beam measurement and inspection equipment and manufacturing EDA software. The prospectus states that the company has successfully developed and deployed multiple electron beam measurement and inspection tools in production lines, with major products securing volume orders from leading domestic benchmark customers. Additionally, its manufacturing EDA software focuses on advanced process nodes, leveraging technologies like CPU+GPU hybrid supercomputing architecture and AI-empowered algorithms to build technological barriers. The coordinated layout of equipment and software aims to create comprehensive solutions for chip manufacturing yield improvement, enhancing the autonomy of domestic semiconductor manufacturing. For such technology-intensive enterprises, profitability often lags behind technological accumulation. Take domestic semiconductor inspection equipment company Zhongke Feiche (SH.688361) as an example. Since its inception, the company has continuously increased R&D investment, focusing on long-term accumulation of optical inspection core technologies, gradually achieving product application in wafer manufacturing. As a STAR Market-listed company, Zhongke Feiche also experienced a phase of high R&D investment with delayed profitability release. In 2023, its R&D expenses were 228 million yuan, generating a net profit attributable to parent of 140 million yuan. In 2024, R&D spending surged to 498 million yuan, leading to a loss of 12 million yuan in net profit attributable to parent. By 2025, R&D expenses remained high, reaching approximately 656 million yuan. Although its revenue approached 2 billion yuan, net profit attributable to parent barely turned positive to 59 million yuan, the initial effects of R&D conversion became apparent, laying the groundwork for future scaled growth. Industry practice shows that high-end semiconductor equipment companies must undergo long-term technology R&D, customer validation, and mass delivery, with R&D investment typically preceding revenue realization. As core technologies mature, product systems improve, and customer applications deepen, early investments can gradually transform into market competitive advantages and commercial results. Therefore, the significance of sustained R&D investment lies not only in short-term profit improvement but also in building the technological capabilities, product foundations, and customer base necessary to support future scaled commercialization. Evaluating a semiconductor equipment company's development stage requires more than observing single-year profit performance; it is essential to assess whether R&D investment translates into product capabilities, whether customer validation converts into order growth, and whether the industrialization process continues to progress.
The high-end semiconductor equipment industry is capital-intensive. During the transition from R&D to industrialization, companies not only require continuous investment in technology R&D but also need to cover production, supply chain construction, equipment delivery, and customer service. Consequently, early-stage industrialization companies often face pressure from upfront investments ahead of revenue realization. This is a common growth pattern for hard-tech companies. Oriental Crystal Source's IPO proceeds are primarily allocated to its main business, including projects for the R&D upgrade and industrialization of high-end semiconductor yield management equipment, the R&D upgrade of computational lithography and design-technology co-optimization EDA tools, and supplementary working capital. These funds are expected to further refine the product portfolio, enhance R&D and industrialization capabilities, and accelerate the transformation of technological achievements into scaled applications. Capital market support for hard-tech companies essentially provides long-term funding for the industrialization of critical core technologies, helping them bridge the gap from technological breakthroughs to commercial scale. Market focus will gradually shift from the R&D investment phase to the commercialization phase, encompassing product delivery efficiency, customer acquisition capabilities, and improvement in operating cash flow.
For semiconductor equipment companies, the journey from technological breakthroughs to scaled profitability is not a short-term process. The core challenge facing Oriental Crystal Source is not whether it possesses technological capabilities but how to further translate its technological advantages into mass delivery capabilities and sustainable profitability. From customer validation to volume delivery, and from product R&D to a commercial closed loop, each step tests the company's technological accumulation and industrialization capabilities. Against the backdrop of an increasingly complete domestic semiconductor supply chain, the localization of key equipment is transitioning from "technological breakthroughs" to "scaled applications." Companies with core technological capabilities and the ability to achieve industrialization breakthroughs are poised to gain greater development space amid industrial upgrades. Looking ahead, Oriental Crystal Source must continue advancing product iteration, customer expansion, and mass delivery, turning its hardware-software synergy into stable growth drivers and driving deeper breakthroughs for domestic semiconductor equipment in critical areas. For the market, understanding the value of semiconductor equipment companies requires not only focusing on periodic financial fluctuations but also assessing whether the company is steadily progressing along the path of "technological breakthroughs—customer validation—mass delivery—profitability improvement."
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