2025中国家居CMF设计趋势报告

2025中国家居CMF设计趋势报告主编YANG DESIGN数字寒武纪DIGITAL CAMBRIAN技术变革催生新的美学价值，如同寒武纪新物种般爆发New Aestheic Value in Tech Revolution Exploding like New Speciesin the Cambrian先进制造技术｜可定制参数｜节能轻量化在经济放缓的当下，科学技术成为人们期待改变未来的新源动力。尤其是人工智能、数字经济、新能源、低空经济、生物制造、量子技术、生命科学等新材料的应用以及能源结构的变化，促使生产力结构发生根本变化。繁复的工业新物种和新生态系统不断涌现，一场技术上的寒武纪大爆发正在发生。在《大国复利：中国高质量发展与2035 年趋势畅想》报告中指出，新场景、新模式促进了数字、健康、绿色等新消费的崛起，带来了规模更大、效率更高、用户体验改善、成本降低、风险可控、直接接触减少的经济新变化。技术变革催生新的美学价值，如同寒武纪新物种般爆发在经济放缓的当下，科学技术成为人们期待改变未来的新源动力。尤其是人工智能、数字经济、新能源、低空经济、生物制造、量子技术、生命科学新材料的应用以及能源结构的变化，促使生产力结构发生根本变化。繁复的工业新物种和新生态系统不断涌现，一场技术上的寒武纪大爆发正在发生。In particular, artificial intelligence, digital economy, new energy, low-altitude economy, bio-manufacturing, quantum technology, the application of new materials in life sciences, and changes in the energy structure have prompted fundamental changes in the productivity structure. Complex new industrial species and ecosystems are emerging, and a technological Cambrian explosion is taking place.在《大国复利：中国高质量发展与2035 年趋势畅想》报告中指出，新场景、新模式促进了数字、健康、绿色等新消费的崛起，带来了规模更大、效率更高、用户体验改善、成本降低、风险可控、直接接触减少的经济新变化。New Aesthetic Value in Tech Revolution Exploding like New Species in the CambrianIn the current economic slowdown, science and technology have become new driving force that people expect to change the future. We are experiencing a technological Cambrian explosion, with complex new species emerging in eco system. New scientific discoveries, manufacturing technologies enable disruptive innovation. In particular, the application of new materials such as AI, digital economy, new energy, low-altitude economy, bio-manufacturing, quantum technology, and life sciences, as well as changes in the energy structure, have prompted fundamental changes in the productivity "China's 'Compounding Interest': High-Quality Development and Outlook for 2035" pointed out that new scenarios and models have promoted the rise of new consumption such as digital, health and green, bringing new economic changes with larger scale, higher efficiency, improved user experience, reduced costs, controllable risks, and reduced direct contact.数字寒武纪实验室 Digital Cambrian Lab节能轻量化先进制造技术可定制参数可定制参数Customizable Parameterization可定制参数化设计提供了一种根据不同的需求和要求动态更新设计方案的快速解决方式，使设计结果更加灵活和多样化。设计参数的调整结合不同的材料可以获得多变又独特的视觉效果来回应用户对家居、穿戴等产品的个性化需求。Customizable parametric design provides a quick solution to dynamically update design according to different requirements, making design results more flexible and diverse. The adjustment of design parameters combined with different materials can obtain varied and unique visual effects to respond to users' personalized needs for home and wearable products.棉，丝棉，丝弹性面料3D绗缝立体面料3D打印，手工编织柔性灯管，3D打印的参数化材料3D打印TPU热塑性聚氨酯数字寒武纪实验室3D绗缝立体面料3D绗缝立体面料数字寒武纪实验室极小曲面灯条设计：YANG DESIGN × 华师大数字实验室材料：柔性灯管，3D打印的参数化材料灯具外部采用极小曲面参数化设计的3D 打印材料, 环绕并固定灯带, 呈现出骨骼的纹理肌理。灯具整体弯曲成U 型, 既有骨骼的韧性, 又似舞蹈般柔美。无论是白天还是夜晚, 都呈现出稳定而不失灵动的视觉美感。YANG DESIGN 与华师大设计学院共同成立联合实验室，专注于参数化设计与数字加工工艺。数字寒武纪实验室INTERSPACE 骑行头盔设计：YANG DESIGN × 华师大数字实验室材料：3D打印TPU热塑性聚氨酯基于MIPS防护系统的研究和局部参数化的结构设计，结合丰富的