At the "Xiaomi Human-Vehicle-Home Full Ecosystem Launch Event" on June 26, 2025, Xiaomi officially launched Xiaomi AI Glasses, a personal smart device for the next generation. The product features an ingenious and compact design, making it quite challenging to achieve efficient heat dissipation within the limited internal space. In the technological revolution of balancing lightweight and high performance for AI glasses, Morion Nanotech successfully overcame the heat dissipation bottleneck of miniature smart wearable electronic devices with its independently innovated "zero-edge graphene thermal conductive film," helping Xiaomi AI Glasses achieve comprehensive heat dissipation effects.

In the application scenarios of AR (Augmented Reality technology), the spatial width is often limited. The adoption of traditional edge-wrapping methods will lead to a significant reduction in the heat dissipation area, and may even necessitate dividing the pathway into two parts or leaving only a narrow gap. This not only narrows the pathway but also brings the risk of structural breakage. To address this issue, Morion Nanotech's "zero-edge" graphene thermal conductive film technology has emerged. This technology aims to maximize the retention of the heat dissipation area and ensure the continuity of the thermal pathway. Morion Nanotech's "zero-edge" technology can control the edge thickness to the 0.01mm level, which is in line with the development trend of AR devices pursuing "improved performance and reduced volume," providing a continuous and effective heat dissipation solution for AR devices.

Introduction to Morion Nanotech Zero-Edge Graphene Thermal Conductive Film Product © Morion Nanotech

  Morion Nanotech® Zero-Edge Graphene Thermal Conductive Film – acting as the "invisible heat dissipation engine" for AIglasses,adopts atomic-level precise insulating packaging technology and a carefully designed graphene heat dissipation structure,which significantly enhances the efficiency of heat transfer. Compared with traditional packaging technologies, the "zeroedge" design can reduce the temperature by 2°C, realizing the application of atomic-level processes in thermal management innovation.The core advantages of this product include：①Excellent heat dissipation performance: The zero-edge design increases the effective heat dissipation area, thereby improving heat dissipation efficiency. ②Lightweight and high compatibility: The film thickness can be controlled at the micrometer level, which is suitable for irregular spaces such as glasses temples and conducive to the ultra-thin and lightweight design of products. ③Ensuring dynamic thermal balance: In scenarios where dual chips work under high load, the heat equalization effect in the core area is good, avoiding image delay and power consumption surge caused by local overheating.

  Morion Nanotech Technology has injected new vitality into the field of thermal management with atomic-level process technology. Morion Nanotech® Zero-Edge Graphene Thermal Conductive Film product has successfully achieved the triple limit breakthrough of "efficiency × reliability × integration", leading a new paradigm for thermal management of the new generation of AI smart wearable devices. Morion Nanotech will keep up with the development trend of the AI+ industry and is committed to providing customers with efficient thermal management solutions.

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