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M3043 adopts Lcos array optical waveguide. This module is a top-down module, which is mainly used in AR equipment in the form of helmets and safety helmets. FOV reaches more than 40°. The transmittance is more than 85%. Compared with competitors, the brightness is higher, the image size is larger, and the distortion is small.

M2026 uses Micro OLED plus array optical waveguide technology, which is a side-entry module, mainly used for normal-form AR glasses.

AR glasses, also known as augmented reality glasses, is a wearable device that can free your hands. Its main function is as a carrier with information collection, transmission and interaction. After the user wears the AR device, the image captured by the camera will be projected onto the transparent waveguide through the optical module. Based on AI technology, human eyes can see the display of data superimposed on real objects through the waveguide lense, Which is virtual images cover real objects.

High-transmittance geometric waveguide display, reliable structural and performance; Adjustable display, friendly to people who wear glasses, compatible with helmets and goggles; For the Industrial scene, waterproof IP66, Ex explosion-proof, 2 meters anti-drop; HD camera and voice interaction + external speaker.

G200-E uses the leading array optical waveguide technology, the light transmittance is greater than 82%, and the lens thickness is less than 2mm.

AR glasses based on array optical waveguide technology have high transmittance and portability, which can virtually combine virtual images with real scenes.

The AR optical display module M2010, M3043 developed by goolton surpasses the existing AR optical waveguide display technology in terms of imaging clarity, resolution, color, weight, volume, and power consumption. It can be customized according to customer needs, to meet the individual needs of industrial enterprises and government departments.