공지 • Apr 30
Appotronics Corporation Limited, Annual General Meeting, May 21, 2026 Appotronics Corporation Limited, Annual General Meeting, May 21, 2026, at 14:30 China Standard Time. Location: 32F, No. 8, Xiandong Road, Xili Subdistrict, Nanshan District, Shenzhen, Guangdong China 공지 • Mar 30
Appotronics Corporation Limited to Report Q1, 2026 Results on Apr 30, 2026 Appotronics Corporation Limited announced that they will report Q1, 2026 results on Apr 30, 2026 공지 • Jan 21
Appotronics Corporation Ltd. Unveils World's First Laser+LCOS Optical Engine Prototype for AR Glasses at SPIE Photonics West Appotronics Corporation Ltd. unveiled the world's first Laser+LCOS optical engine prototype for Augmented Reality (AR) glasses at the AR | VR | MR Exhibition of SPIE Photonics West 2026. This demonstration signifies the first successful convergence of laser display technology with the AR glasses form factor, establishing a critical milestone toward consumer-grade, all-day wearable AR devices. Held from January 20 to 22 in San Francisco, SPIE Photonics West is the premier global event for lasers, biomedical optics, optoelectronics, and vision technologies, attracting approximately 24,000 industry participants. This prototype reveal follows Appotronics' initial international presentation of the laser+LCOS concept two months prior at the Laser Illuminated Projector Association (LIPA) 2025 annual general meeting in New York. A Technological Leap: Harnessing Laser's Innate Advantages: Unlike LED-based systems, the laser+LCOS route capitalizes on the laser's natural polarization and exceptional collimation. This fundamental advantage eliminates the need for inefficient polarization conversion optics and enables a drastically compact optical engine architecture. This breakthrough paves the way for AR displays that are significantly brighter, more power-efficient, and compact enough for practical, all-day wearability. Collaborative Ecosystem and Competitive Edge: Chen stressed that realizing the full potential of laser AR requires broad industry collaboration, involving LCOS panel and MEMS developers. In this spirit, Appotronics has recently joined the Laser Display for AR Working Group, an industry consortium dedicated to fostering technical standards and accelerating the adoption of laser technology in AR. Performance Potential: Doubling Efficiency and Beyond: Compared to Appotronics' current Dragonfly series products (which were unveiled at CES 2026 just two weeks ago, are also on display here at Photonics West, and represent the company's latest commercially available optical engine solutions), the laser+LCOS engine prototype demonstrates profound potential across key metrics: Double the system optical efficiency. Superior brightness. A significantly wider color gamut. Reduced energy consumption and lower overall thermal load, longer battery life and comfort. Addressing Core Challenges: Speckle Reduction and Thermal Management Implementing lasers in AR necessitates overcoming hurdles like speckle noise and thermal management. Appotronics detailed its solutions in two technical papers presented at SPIE. The paper titled "System-level optimized high-efficiency compact RGB laser LCoS AR light engine" describes an ultra-compact (~1.4 cc) engine featuring a front-illumination, PBS-free design for miniaturization. A key innovation is a Laser Speckle Reducer module that successfully lowers speckle contrast from ~35% to ~13%, achieving 8 lm/W efficiency. The study also identifies the precise thermal management required to stabilize the wavelength of red laser diodes as a primary focus for ongoing development. Future Roadmap and Parallel Innovation Chen noted that mass production of the laser+LCOS engine could be achieved in approximately one year, contingent on further refinement of speckle reduction and clear market demand from clients. In parallel, Appotronics is advancing another technological pathway. A second paper, "High-resolution Lissajous scanning light engine with wide field of view for AR glasses," proposes a novel imaging method to overcome the resolution limitations of Lissajous-based Laser Beam Scanning (LBS). This research aims to enable high-definition displays with a field of view exceeding 60°, showcasing the company's broad expertise in next-generation AR display technologies. To sustain its competitive edge, Appotronics is actively seeking to recruit globally-minded, top-tier engineering and research talent during the SPIE Photonics West event week. 공지 • Dec 26
Appotronics Corporation Limited to Report Fiscal Year 2025 Results on Apr 30, 2026 Appotronics Corporation Limited announced that they will report fiscal year 2025 results on Apr 30, 2026 공지 • Nov 24
Appotronics Touts Laser+LCoS as Key to Revolutionizing AR Glasses Experience at LIPA 2025 At the Laser Illuminated Projector Association (LIPA) 2025 annual general meeting, Appotronics detailed the compelling advantages of the laser+LCoS technological route for the future of augmented reality (AR) glasses. James Tian, Senior Business Development Director, delivered a keynote titled "Dare to be the first" before an audience of LIPA members--including industry leaders such as Texas Instruments, Barco, Epson, Panasonic, Nichia, and Christie--as well as academic experts, outlining how this approach addresses core challenges in brightness, efficiency, and form factor. Tian emphasized that as AR glasses evolve from simple information prompts to full-content displays--powered by AI for applications like real-time translation, navigation, and first-person preview--the demand for high-performance optics becomes critical. The laser+LCoS route, leveraging laser's natural polarization and exceptional collimation, eliminates the need for inefficient polarizers and enables a drastically smaller optical engine. This foundation paves the way for displays that are brighter, more efficient, and compact enough for all-day wearability. Following the presentation of this future technology roadmap, Tian introduced Appotronics' current optical engine solution for AR glasses, the Dragonfly G1. The Dragonfly G1 is an ultra-compact, dual-split LCoS optical engine designed for high efficiency and comfort, featuring a volume of just 0.35cc per eye and remarkably low system power consumption. Its unique architecture supports high-efficiency waveguide coupling, enables premium 3D display, allows for elegant and adjustable eyewear designs, and significantly boosts production yield to reduce costs. 
