Apotronics揭开了一个小型、高效激光+LCOS AR镜光学发动机原型,克服了关键技术障碍,并计划在一年内进行大规模生产。 Appotronics unveiled a prototype for a compact, efficient laser+LCOS AR glasses optical engine, overcoming key technical hurdles and planning mass production within a year.

在SPIE Photonics West 2026展会上,Appotronics公布了世界上首个用于AR眼镜的激光+LCOS光学引擎的原型,展示了比目前的LED系统更紧,更亮,更节能的设计. Appotronics unveiled a prototype for the world’s first Laser+LCOS optical engine for AR glasses at SPIE Photonics West 2026, showcasing a more compact, brighter, and energy-efficient design than current LED-based systems. 创新利用激光的自然两极分化来消除大宗光学,提高效率和降低热量。 The innovation leverages lasers’ natural polarization to eliminate bulky optics, boosting efficiency and reducing heat. 公司在解决斑点噪声和热量问题方面取得了进展，斑点抑制器将对比度降低了60%以上。 The company demonstrated progress in solving speckle noise and thermal challenges, with a speckle reducer cutting contrast by over 60%. Appotronics计划首先启动基于LED的模块,然后才向激光技术过渡,预计一年左右将大规模生产新引擎,从而在市场上发挥潜在的两年优势。 Positioned to lead the market with a potential two-year advantage, Appotronics plans to launch LED-based modules first before transitioning to laser technology, with mass production of the new engine expected in about a year.