一条高端产业链的"聚"与"变" 产业链上下游的紧密协同，在深圳的智能终端领域表现得尤为突出。一款旗舰产品的诞生，不仅是企业 研发的结晶，更是对整个产业链创新能力的一次整合与检阅。 以荣耀为例，7月初，荣耀在深圳发布其全新折叠旗舰Magic V5。发布会上，CEO李健选择了一种不同 寻常的方式开场，他没有罗列参数，而是分享了几个关于"一毫米"的研发故事。 据悉，在折叠屏铰链的研发中，行业一度面临0.04毫米的精度瓶颈，这已是人类手工技艺的巅峰，难以 满足大规模、高一致性的生产要求。为了突破这一极限，荣耀联合产业链伙伴，从零构建"AI鲁班大模 型"。 8月26日，深圳经济特区迎来建立45周年。 盘点这座城市的发展图谱，其高质量发展的核心动能愈发清晰：一个由华为、荣耀、比亚迪 （002594）、中兴等龙头企业牵引，无数专精特新企业协同的现代化产业集群，正成为城市经济韧性的 基石与持续向前的引擎。尤其在"工业立市、制造业强市"的战略背景下，智能制造已成为观察这座城市 产业升级的关键窗口。 从工业机器人产量实现超四成的高速增长，到人形机器人在真实场景中初步应用，再到一部折叠屏手机 的内部结构件精度被提升至微米级。这些成 ...

Core Viewpoint - Honor's launch of the Magic V5 foldable flagship smartphone represents a significant advancement in AI-driven smart manufacturing, aiming to redefine industry standards and transition from "Made in China" to "Intelligent Manufacturing in China" [1][8] Group 1: Manufacturing Precision - The hinge manufacturing process of foldable screens is a critical test of precision engineering, with the industry limit for assembly accuracy currently at 0.04 millimeters [2] - Honor's engineers sought guidance from traditional craftsmen to achieve micro-level breakthroughs, highlighting the challenge of replicating artisanal skills in modern production lines [2][3] - The introduction of the "AI Luban Model" allows for a leap in assembly precision from 0.04 millimeters to 0.003 millimeters, a tenfold improvement, enabling the production of foldable screens with gaps so small that not even a bacterium can enter [3][4] Group 2: AI-Driven Smart Manufacturing - Honor's smart manufacturing system, recognized as the first national-level intelligent manufacturing demonstration factory in the smartphone industry, integrates AI as the core driver of efficiency [4][7] - The factory achieves 100% numerical control of key equipment, with over 60% of devices developed in-house, showcasing a shift towards a data-driven manufacturing environment [4][6] - AI visual inspection systems replace traditional quality control methods, reducing inspection time by over 50% and creating a feedback loop for real-time adjustments [4][5] Group 3: Logistics and Decision-Making Innovations - Automated Guided Vehicles (AGVs) manage material flow within the factory, with AI optimizing logistics to reduce delivery cycles by 50% [5] - A unified digital control platform analyzes vast amounts of data (603,138 data points) to monitor production, predict anomalies, and optimize resource allocation, shifting decision-making from experience-based to data-driven [5][6] Group 4: Broader Industry Impact - Honor's advancements in AI-driven manufacturing reflect a broader trend in Shenzhen, where the city is becoming a hub for intelligent manufacturing, with industrial robot production increasing by over 40% year-on-year [7] - The success of Honor's smart factory is both a product of and a contributor to Shenzhen's robust electronic information industry and supportive policies for innovation [7][8] - Honor's transition to an "AI terminal ecosystem company" is underpinned by its strong manufacturing capabilities, aiming to build an open ecosystem in collaboration with partners across various sectors [8]