Electronic ink is a revolutionary technology that changes how information is displayed. Unlike traditional ink, which is static, electronic ink alters its color when electrically charged, enabling dynamic image updates like a digital screen. It can be printed on various surfaces, including plastic, polyester film, paper, and fabric, making it highly versatile.

A key advantage of electronic ink is its low power consumption, as energy is only needed when changing images. This makes it ideal for e-readers, smart labels, and electronic signage. Additionally, it mimics traditional paper, ensuring excellent readability in bright light.

By bridging print and digital media, electronic ink offers a flexible, energy-efficient display solution, shaping the future of adaptive and sustainable screens.

With the rapid advancement of science and technology, industrial intelligence has become a key driver of transformation and upgrading in the industrial sector. By leveraging digital, mobile, and intelligent technologies, industrial intelligence enhances design, research, and development, boosts production efficiency, lowers costs, and improves product quality.

Industrial intelligent solutions integrate intelligent data perception, big data analysis, and smart control systems to optimize operations. These solutions enable businesses to streamline processes, make data-driven decisions, and enhance overall productivity. By adopting industrial intelligence, companies can achieve greater automation, efficiency, and competitiveness in the evolving industrial landscape. As technology continues to evolve, industrial intelligence will play a crucial role in shaping the future of smart manufacturing and innovation.

An LCM (LCD Module) is a liquid crystal display module that integrates various components into a single unit. It includes the LCD display device (TFT/LCD), control and driver circuitry (IC), FPC/PCB circuit board, backlight, structural components (such as an iron frame), and other necessary parts. This assembly ensures seamless operation and functionality, making LCMs widely used in various electronic applications.

A monochrome LCD is a display technology designed to render images or text in a single color. It consists of a liquid crystal layer, a glass substrate, a polarizer, and a drive circuit. Unlike color LCDs, which produce multi-color images, monochrome LCDs display only one color, typically black, white, or other uniform shades.

Known for their high contrast, low power consumption, and excellent readability, monochrome LCDs are widely used in industrial instruments, medical devices, calculators, and electronic signage. Their simplicity and efficiency make them ideal for applications requiring clear visibility and long-lasting performance. With advancements in display technology, monochrome LCDs continue to play a crucial role in various professional and consumer electronics.

OLED (Organic Light-Emitting Diode) is a semiconductor optoelectronic device with an organic emissive layer. Unlike traditional LEDs, it emits light without a backlight, offering superior color expression, higher contrast, and faster response times. OLED technology enables flexible, high-performance displays, making it ideal for smartphones, TVs, and advanced display applications.

Thin-film transistor liquid crystal display (TFT LCD) is a flat-panel technology commonly found in electronic devices. It integrates thin-film transistors and liquid crystal layers, delivering high resolution, accurate color reproduction, excellent contrast, and rapid response times, enhancing the overall visual experience for users.

A touch panel, or touch screen, is an inductive liquid crystal display that receives input through touch. When a graphic button is activated, its tactile feedback system triggers connected devices according to pre-programmed functions. This technology replaces mechanical buttons and enhances user experience with dynamic audio and visual effects.