Core Viewpoint - The article highlights the successful delivery of fully automated copper foil attachment bending equipment by Shangju Technology for Micro OLED manufacturing, indicating a significant advancement in the AR display sector [1][2]. Group 1: Company Developments - Shangju Technology has successfully delivered equipment designed for the copper foil attachment and bending process in Micro OLED display manufacturing, achieving an attachment precision of ±60μm and accommodating sizes from 10mm×10mm to 45mm×45mm [1][2]. - The company has extensive experience in precision equipment supply for new display technologies, having previously delivered equipment in various fields such as PFA, RFA, STH, HTH, and 3D-thering forming [3]. Group 2: Industry Trends - Micro OLED technology, utilizing single crystal silicon wafers, offers a lightweight display structure and low power consumption, making it suitable for AR and VR wearable devices [4]. - Recent product launches, such as the Dream Air SE VR headset by Xiaopai Technology and the T2 XR glasses by TQSKY, both featuring Micro OLED displays, indicate a growing market for this technology [4]. - According to TrendForce, Micro OLED is projected to capture 54% of the AR device market share by 2024, driven by the ongoing development of smart glasses in AR, VR, and MR sectors [4]. - Companies like Xitai Technology, Ruixian Technology, and Guanglinda are accelerating their Micro OLED project advancements in response to increasing market demand [4]. - The capital market's interest in this field is rising, exemplified by Hongxi Technology's completion of nearly 500 million yuan in Series A financing this year, supporting rapid development of related technologies and products [4].

Core Viewpoint - The article highlights the successful completion of a Pre-A round financing of approximately 600 million yuan by Chip Vision Semiconductor Technology Co., Ltd. (芯视佳), indicating strong investor interest in the Micro OLED technology sector, particularly in the context of the growing AR glasses market [1][2][3]. Financing Overview - On June 17, 2025, Chip Vision completed a Pre-A round financing of about 600 million yuan, led by Chuangdong Investment and Yanshu Capital, with participation from other institutions including Zhenjiang Guokong Group and Qiancheng Capital [2]. - This financing follows previous rounds, including an over 100 million yuan Angel+ round in October 2022 and a 500 million yuan Angel round in October 2021, demonstrating a consistent trend of significant capital influx into the company [2][3]. - The company also secured several billion yuan in comprehensive credit from banks such as SPD Bank and Hangzhou Bank [2]. Company Profile - Founded in September 2020 and headquartered in Shenzhen, Chip Vision focuses on silicon-based OLED (Micro OLED) micro-display technology, providing high-resolution, lightweight, low-power, and reliable display solutions for various applications including VR/AR, electronic viewfinders, and automotive displays [4][5]. Production Capacity - The company has invested 100 million yuan in its K1 factory in Huainan, which began production in April 2023, with an expected annual output value of 200 million yuan [5]. - A second factory, K2, with a total investment of 1.5 billion yuan, is under construction and is expected to produce 4,000 pieces of 12-inch wafers monthly, primarily for AR/VR/MR applications [5]. Market Trends - The article notes a resurgence in the AR glasses market, attracting significant capital investment, particularly in the micro-display technology segment, which is crucial for the performance and design of AR glasses [7]. - Micro OLED and Micro LED are identified as the leading technologies in the micro-display field, with Micro OLED expected to capture 54% of the AR device market by 2024, while Micro LED's market share is projected to increase from 37% to 67% in the same timeframe [7]. Investment Landscape - The Micro OLED sector has seen substantial investments, with other companies like Hongxi Technology completing nearly 500 million yuan in A round financing, and Shiya Technology preparing for an IPO to secure additional funding [8]. - In the Micro LED sector, companies like VueReal have also completed significant financing rounds, indicating a robust investment environment for micro-display technologies [9][10]. Conclusion - The ongoing interest and investment in Micro OLED and Micro LED technologies are expected to drive advancements in micro-display technology, particularly in light of the growing demand from the AR glasses market [11].

Core Viewpoint - The article discusses the rising investment in the Micro OLED sector driven by the increasing demand for AR glasses and the establishment of new production projects by various companies in the industry [1][11]. Company Investment - Yisui Technology plans to invest up to 1.8 billion yuan in a Micro OLED micro-display backplane production project, with an additional 600 million yuan allocated to its wholly-owned subsidiary, Yisui Imaging Technology (Hefei) [2][5]. - The project aims to add a production capacity of 5,000 units per month to meet specific customer demands, particularly from Shiya Technology [5][6]. Industry Development - The Micro OLED sector is experiencing a surge in project launches, with multiple companies, including Hongxi Technology and Xitai Technology, announcing significant investments and new production lines [7][9]. - Shiya Technology currently operates a 12-inch evaporation line capable of producing 9,000 wafers per month, with plans to expand to three lines producing 27,000 wafers per month [7][10]. Market Demand - The demand for Micro OLED displays is expected to grow, particularly in AR glasses, where it is projected to account for 54% of the market share by 2024 [10]. - Micro OLED technology is also anticipated to find applications in various fields, including security monitoring, digital camera viewfinders, military targeting devices, medical equipment, industrial inspection, and automotive displays [10][11]. Future Outlook - The Micro OLED technology is expected to see further development by 2025, leading to increased investments in upstream core component projects and a more mature industry chain [11].

【LEDinside】 4月28日，宏禧科技全资子公司安徽宏禧微显科技有限公司举行了硅基OLED微型 显示模组（一期）项目的开工仪式，项目总投资20亿元，将建设高端数字化智能制造基地。 图片来源：宏禧科技 宏禧科技成立于2019年7月，专注于硅基Micro OLED微型显示器及模组的研发、设计与制造。公 司已建成一条12英寸硅基Micro OLED生产线，已推出0.6英寸、0.7英寸、1.33英寸产品，并在开 发1.4英寸（4K×4K）新型号。 此外，国际厂商也在加速推进相关技术。1月，韩媒ETNews报道称，三星显示旗下的Micro OLED 企业eMagin已收到RGB Micro OLED工程样品订单，计划于2025年第二季度开始量产。 市场新品方面，4月国兆光电发布了0.3英寸超高亮低功耗硅基OLED显示屏，创王光电则推出了亮 度高达6万nits的最新Micro OLED产品。 #宏禧科技 #硅基OLED #MicroOLED 今年2月，宏禧科技完成近5亿元A轮融资，由安徽省智能家电家居产业基金、国芯创投等机构参 投。 值得一提的是，除了宏禧科技外，行业内其他企业也在加快硅基OLED领域的布局。 3月 ...

【LEDinside】 据"狂奔资本"报道，江苏福拉特自动化设备有限公司（以下简称"福拉特"）近日宣布完成数千万元Pre-A轮融资。本轮融资的投资 方包括紫金新创、经开聚智、东方产融等多家投资机构，狂奔资本担任本次融资的独家融资顾问。 福拉特是一家智能制造企业，业务涵盖LCD、AMOLED、Micro LED / OLED、半导体等领域的高端湿法、研磨、检测及相关工艺制程设备的研 发、生产和销售。 公司表示，本轮募集资金将主要用于进一步推动其在湿法清洗设备领域的国产化研发和生产制造，以支持公司实现大规模量产交付。融资完成后， 公司计划更名为"江苏福拉特半导体设备有限公司"，以更好地聚焦并服务半导体领域的客户。 公司资料显示，福拉特成立于2011年8月，位于江苏省昆山市，目前占地面积3000平方米。公司定位为半导体湿法设备及服务的"一站式"供应商， 并与南京理工大学化工学院、江苏大学建立了合作关系，旨在攻克前沿及关键技术。 稍早之前，3月5日披露消息显示，诺视科技完成A轮融资，融资金额未披露，投资方包括中信建投资本等。值得注意的是，诺视科技近年来已完成 多轮融资，其中2024年3月的Pre-A2轮融资达亿元，用 ...