在韶关凡口矿的井下-650米深处，一辆无人驾驶电机车正沿着轨道自主行驶，而技术人员在电脑屏幕前轻点鼠标，便能实时调取远处生产车间矿山、工厂 的全维度数据——这不是科幻场景，而是中金岭南数智化转型的日常一瞥。 作为与深圳经济特区只相差4岁，同样流淌着"敢闯敢试"血液的有色金属巨头，中金岭南用四十多年时间，完成了一场从传统贸易窗口企业向科技驱动型 全球资源公司的蜕变。中金岭南董事长喻鸿向证券时报记者表示，资源和材料是科技发展的基础，资源的保障和材料的改进，是中国在航天、航空、深海 装备等多个领域保持领先优势的重要"底座"。中金岭南，要成为矿业公司中的"金麻雀"，必须以创新为羽、以实干为骨。 技术破壁：以"产学研用"走向创新高地 中金岭南是一家以铅、锌、铜等有色金属为核心的多金属国际化全产业链资源企业，不仅深耕传统矿业，更逐步构建起横跨矿山、冶炼、新材料加工与供 应链金融四大板块的战略版图，形成一张覆盖全球资源与高端制造的精密网络。 "企业是科技创新的主体，因为企业最能感知具体产业的痛点和难点在哪里，在实践中能够提出问题。通过企业的实践，在'产学研用'的链路上联合高校 和科研院所进行创新，就打通了'从0到1'和'从 ...

Core Viewpoint - The article highlights the transformation of Zhongjin Lingnan from a traditional trading company to a technology-driven global resource company, emphasizing innovation and practical implementation as key to its success [3][5]. Group 1: Company Overview - Zhongjin Lingnan is a multi-metal international resource enterprise focusing on lead, zinc, and copper, with a strategic layout covering mining, smelting, new material processing, and supply chain finance [5]. - The company has been listed in the Fortune China 500 for 16 consecutive years, ranking 287th in 2025, and has received the China Industrial Award, showcasing its innovation capabilities across the entire industry chain [5]. Group 2: Technological Innovation - Technological innovation is a core focus for Zhongjin Lingnan, with significant advancements such as the development of domestically produced ceramic filters that previously relied on imports, reducing costs to one-eighth of foreign equipment [5]. - The company collaborates with universities to enhance product performance and reduce costs, exemplified by the addition of rare earth elements in silver contacts, which are now widely used in national strategic applications [5][6]. Group 3: Digital Transformation - Zhongjin Lingnan is undergoing a digital transformation to address issues of data fragmentation and system disconnection in traditional mining operations, with a total investment of approximately 160 million yuan planned for this initiative [8][9]. - The company has initiated 30 smart mining sub-projects, including the establishment of a data center and the implementation of remote control systems for mining vehicles, aiming to meet the Guangdong Province's smart mining standards by 2025 [9][10]. Group 4: Industry Context - The mining industry is crucial for global economic stability, providing essential raw materials for various sectors, including construction and renewable energy [8]. - China, as the largest consumer of non-ferrous metals, faces challenges such as high import dependency for copper (85.7%) and zinc (60.9%), necessitating a focus on resource security and sustainable development [8].

Core Viewpoint - The article highlights Shenzhen's evolution from a manufacturing hub to an innovation powerhouse, exemplified by the success of the "Tiangong" robot at the 2025 World Humanoid Robot Games, showcasing advancements in robotics and innovation in the region [2][4]. Group 1: Historical Development - Shenzhen's journey began with the establishment of the Special Economic Zone in 1980, focusing on industrial development and attracting capital and technology [6]. - The "Three Comes and One Compensation" model laid the foundation for industrial growth, allowing foreign investment to flourish and creating a base for future innovation [7]. - By 1994, enterprises under the "Three Comes and One Compensation" model accounted for one-third of Guangdong's total, establishing Shenzhen as a significant player in the global market [7]. Group 2: Industrial Evolution - Shenzhen transitioned from low-value manufacturing to high-tech industries, with companies like CIMC leading the way in international markets and innovation [8][9]. - The city fostered a culture of innovation, with local firms developing proprietary technologies and brands, moving from OEM to ODM [10][11]. - The establishment of a complete industrial chain attracted high-tech enterprises, enhancing innovation capabilities across various sectors [12]. Group 3: Current Innovation Landscape - Shenzhen's innovation ecosystem has evolved into a "tropical rainforest," where companies collaborate and thrive together, supported by government initiatives [15][16]. - The city aims to become a global leader in low-altitude economy and other high-tech sectors, with significant investments in infrastructure and technology [16]. - In the first five months of 2025, Shenzhen granted 87,152 patents, averaging about 580 per day, reflecting its robust innovation output [16].

聚光灯下，100米短跑的起跑线上，号令枪响的一瞬，"天工"机器人的碳纤维肌腱骤然发力，金属关节爆发出强大的力量。在全程没有人类遥 控的情况下，"天工"凭借全自主导航系统一路狂奔，以21.5秒的成绩摘得了短跑金牌。 这是发生在2025世界人形机器人运动会上的精彩一幕，由深圳上市公司优必选关联团队研发的"天工"机器人夺得了人形机器人运动会历史上首 个"百米飞人"称号，标志着硅基生命体在力量和稳定性等核心运动能力上实现了全面进化。 而这枚金牌，也是深圳创新力量在机器人赛道上的最新刻度。当优必选的人形机器人走上跑道，赋予其创新基因的深圳，也正进行着一场跨 度为45年的创新长跑。这场长跑从蛇口开山炮的轰鸣声中起步，越过"三来一补"时期的低端制造，爬上产业链垂直整合的高坡，最终抵达如今 多产业繁荣共生的"创新雨林"。创新实力的多重跃迁，如今正以平均每天约580件的专利授权量，为"深圳速度"写下最新注脚。 一级跃迁：要素集聚 打造"世界工厂" 1979年，蛇口工业区炸响了移山填海的开山炮。这一声轰鸣，就如同唤醒沉睡土地的春雷。1980年8月26日，深圳经济特区正式成立，创新的 史诗就此写下序章。 经济特区成立后，深圳将工业 ...