随着AR技术的不断发展,镁合金作为一种轻量、高强度的材料,正逐渐成为AR眼镜制造中备受关注的材料之一。其优越的物理性能使得AR眼镜在保持轻盈舒适的同时,能够承受日常使用中的各种挑战。镁合金的高强度和耐腐蚀性质不仅增加了AR眼镜的耐久性,还为设计师提供了更大的创造空间,使得眼镜结构更为精致、流线型,为用户提供更为沉浸和舒适的增强现实体验。
歌尔首个基于第一代骁龙AR2的量产化轻量级AR智能眼镜参考设计使用碳纤维和镁锂合金作为眼镜外壳材料,降低重量的同时提升整体散热性能。
星纪魅族 AR 眼镜 MYVU Discovery 重量仅 71g,采用航空级镁铝合金,覆盖超 50% 镜身。
XREAL Air 2系列引入镁合金横梁、外壳超轻塑胶粒子等多项新材料,将产品非必须部位大幅减重。
本次小编将为大家介绍一种AR眼镜镁合金骨架加工工艺——半固态注射成型。
金属在凝固过程中,进行强烈搅拌或通过控制凝固条件,抑制树枝晶的生成或破碎所生成的树枝晶,形成具有等轴、均匀、细小的球状初生相均匀分布于液相中的悬浮半固态浆料。这种浆料在外力的作用下具有较好的流动性,可以利用多种工艺进行加工成型,称之为半固态成型。
米粒大小的镁合金原料在重力、负压下由料斗进入料管,经过螺杆旋转和料管外加热器提供热量,被剪切和加热,形成部分熔融状态的含有球形固相的半固态浆料,浆料流动性良好,在此状态将浆料高速压射入模具成型。
活动推荐:【邀请函】:第五届AR/VR/MR产业论坛(9月 深圳)
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AR/VR/MR's Computational Paradigm Transformation from Micro to Macro
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Current Status and Future Trends of the AR/VR Industry Market
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Design and Material Selection Differences Between Consumer and Industrial AR/VR Products
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Design of VR Pancake Optical Module
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Application of Nanoscale Imprint Technology on AR Gratings
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The Development of AR Waveguide Technology
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Application of Superlenses in AR/VR
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The Development of Freeform Surface Technology in the AR/VR Field
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The Development Progress of Micro LED/OLED in AR/VR
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Challenges in the Development of Full-Color Micro LED for AR
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VST: Cornerstone Technology for MR, Propelling the Era of Spatial Computing
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The Application of Cameras in AR/VR Headsets
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The Development of Gesture Recognition and Eye Tracking Technologies in AR/VR
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Development and Application of Lightweight Materials in AR/VR
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Assembly Equipment for AR/VR Complete Systems and Optical Modules (AA Assembly)
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Application of Optical Materials in AR/VR
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Coating and Curved Bonding Solutions for AR/VR Lens
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The Application of Sensing Devices in AR/VR
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The Application of Electrochromic Materials in AR/VR
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Materials and Processing Solutions for Structural Components in AR/VR
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Spatial Audio Technology Solutions for AR/VR
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Energy Consumption and Heat Dissipation Solutions for AR/VR
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阅读原文,在线报名
The original article was first published on the WeChat official account (Aibang VR Industry News):AR眼镜镁合金骨架加工工艺——半固态注射成型