有没有发现，今年的科技趋势都在指向同一个具体变化？
Have you noticed that this year’s technology trends are all pointing toward the same specific shift?
趋势 | AI，正在“实体化”
Trend | AI Is Becoming “Physical”
看CES 2026就明白了：三星AI冰箱成了家庭膳食管家，博世AI座舱能像伙伴一样与你深聊并调节车内环境，现代、宇树等公司的人形机器人更是满地行走……都在说一件事AI正“钻出”手机屏幕，“钻进”每一个实体。
Just look at CES 2026 and it becomes clear : Samsung’s AI refrigerators have evolved into household nutrition managers; Bosch’s AI cockpit can converse with you like a companion while dynamically adjusting the in-cabin environment; humanoid robots from companies such as Hyundai and Unitree are walking across exhibition floors.
All of this points to one reality: AI is breaking out of mobile screens and embedding itself into the physical world—into real, tangible systems and equipment.
幕后 | 微米级“五官”与“皮肤”
Behind the Scenes | Micron-Level “Facial Features” and “Skin”
其实无论是电子屏幕，还是AR镜片，光学薄膜是核心技术。这些薄膜，薄至微米，仅为发丝直径的五十分之一，有的负责让光线精准穿过、弯曲（如AR光波导），有的负责隔绝水分与腐蚀。所以当我们谈论未来时，一部分酷炫的答案，早已写在精密制造的基因里。或许不像大模型那样常上热搜，但恰恰是这些“沉默的技术”，决定着下一代产品能走多快、多远。
In fact, whether it is electronic displays or AR lenses, optical films are the core enabling technology.
These films are only microns thick—about one-fiftieth the diameter of a human hair. Some are designed to precisely transmit and bend light (such as AR optical waveguide films), while others serve as barriers against moisture and corrosion.
So when we talk about the future, part of the most compelling answers has already been written into the DNA of precision manufacturing.
They may not dominate headlines like large AI models, but it is precisely these “silent technologies” that determine how fast—and how far—the next generation of products can go.
核心 | 涂布为AI“刷”功能
Core | Coating Enables AI Functionality
精密涂布是通过将功能性液体（如光学胶、纳米导电浆料）以极高的均匀性和一致性，附着基材表面，从而“生长”出具备特定光电性能。其中，狭缝涂布技术以其预计量、高均匀性和可多层涂布的优势，成为制造高端光学膜的核心方法。
Precision coating forms specific optoelectronic functionalities by depositing functional liquids—such as optical adhesives and nano conductive slurries—onto the substrate surface with extremely high uniformity and consistency, effectively “building” targeted performance at the micron scale.
Among various coating technologies, slot die coating has become the core process for manufacturing high-end optical films due to its advantages of metered coating, excellent thickness uniformity, and multilayer coating capability, making it especially suitable for precision coating applications with strict process control requirements.
精诚构建了从设计、制造到服务的完整技术体系。首先，以自主流体仿真系统驱动模头设计，从源头优化流场，抑制涂层缺陷。其次，在恒温恒湿的万级无尘车间，通过精密磨床及核心的技术工艺，将直线度控制在 0.002mm/m 内。这种能力是将理想流道设计无损转化为物理现实，并保证其长期一致性的所在。同时，基于积累的跨行业（新能源、显示、钙钛矿等）海量应用数据，为客户的新材料开发提供宝贵的工艺参考与前瞻性洞察，响应快速变化市场需求。
JCTIMES has established a complete technical system covering design, manufacturing, and service.
First, die design is driven by an in-house fluid simulation platform, enabling flow-channel optimization at the source and effectively suppressing coating defects. Second, within large-scale cleanrooms with constant temperature and humidity control, precision grinding machines and proprietary core processes are employed to achieve a straightness tolerance within 0.002 mm/m. This capability ensures that optimized flow-channel designs are faithfully translated into physical dies without performance loss, while maintaining long-term consistency in production.
At the same time, leveraging extensive cross-industry application data accumulated from sectors such as new energy, display, and perovskite, JCTIMES provides valuable process references and forward-looking insights for customers’ new material development, enabling rapid response to fast-evolving market demands.
未来 | 精密所至，虚实相生
Future | Where Precision Reaches, the Virtual and the Physical Converge
当我们惊叹于AI的“智慧”时，更应看见其“躯壳”的精密。精诚时代与业界伙伴所耕耘的，正是这层支撑所有AI走向实体、融入生活的“皮肤”。这或许才是智能革命中最深沉，也最坚实的部分。
While we marvel at the “intelligence” of AI, we should pay even more attention to its “body” and its precision. What JCTIMES and industry partners have been cultivating is precisely this layer of “skin” that supports all AI as it moves into the physical world and integrates into our lives. Perhaps this is the most profound—and the most solid—part of the intelligence revolution.
