以下文章来源于TCL动态 ，作者TCL动态 TCL动态 . TCL人的精神家园 " " 极 致 、 领 先 、 协 同 9月16日，第六届中国质量大会在江苏南京开幕。TCL科技以"极致、领先、协同"的质量管理模式荣获第五届中国质量奖，同时成为广东省与大湾区唯一获 奖企业。 值得注意的是，TCL科技首次申报中国质量奖，便从5 0 0多家受理单位中脱颖而出荣获该奖，体现出评审专家对TCL科技质量管理模式的高 度认可。 建立国家质量奖励制度是国际通行做法。中国质量奖是中国质量领域的最高荣誉，于2 0 1 2年设立，已开展五届评选表彰活动。中国质量奖 旨在表彰在质量管理模式、管理方法和管理制度领域取得重大创新成就的组织和为推进质量管理理论、方法和措施创新做出突出贡献的个 人，推广科学的质量管理制度、模式和方法，推动建设质量强国。 据了解，"极致、领先、协同"质量管理模式，由TCL科技在质量强国战略牵引下提炼而出，致力于成为泛半导体领域高质量发展的代名词。 "极致是领先的路径，领先是发展的目标，协同是整个产业链质量提升的推手。"TCL创始人、董事长李东生表示，"通过极致运营、创新、 管理，实现效率、产品、生态的领先，在 ...

Core Points - The sixth China Quality Conference opened in Nanjing, Jiangsu, showcasing the highest standards in quality management in China [1] - TCL Technology Group won the fifth China Quality Award, marking its first application and recognition for its quality management model [3][7] - The China Quality Award is the highest accolade in the quality field in China, established in 2012, and is modeled after international quality awards [6] Company Achievements - TCL Technology's quality management model, characterized by "extreme, leading, and collaborative," has been recognized for its effectiveness in driving high-quality development [7][8] - The model has led to significant improvements in TCL's production capabilities, including a 16% increase in monthly production capacity and a 17% rise in net profit margin since the implementation at the Suzhou T10 production line [10] - TCL has filed nearly 80,000 patents, ranking second globally in quantum dot technology patent applications, demonstrating its commitment to innovation [10] Industry Impact - The "extreme, leading, and collaborative" quality management model is aimed at establishing TCL as a leader in the semiconductor field, contributing to China's low-carbon economy [8] - The model has been adopted by over 2,000 enterprises within TCL's ecosystem, facilitating cross-industry upgrades and enhancing quality across more than 20 sectors [12] - TCL's advancements in AI and smart manufacturing are positioned to further enhance quality management and production efficiency [10][12]