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This product is designed specifically for e-cigarettes, integrating ultra-thin flexible display with LED digital display technology. It features high brightness, high contrast, low power consumption, long service life, and personalized design. Composed of a functional substrate, LED light sources, substrate circuitry, and more, it can be easily bent and folded, making it suitable for various complex environments. The module has a total thickness of 0.75 mm, operates at 3.3 V, with a maximum operating current of 60 mA, consumes 0.198 W with all LEDs on, integrates 204 LEDs, and offers a service life of up to 10,000 hours.
This product is designed specifically for e-cigarettes, integrating ultra-thin flexible display with LED digital display technology. It features high brightness, high contrast, low power consumption, long service life, and personalized design. Composed of a functional substrate, LED light sources, substrate circuitry, and more, it can be easily bent and folded, making it suitable for various complex environments. The module has a total thickness of 0.75 mm, operates at 3.3 V, with a maximum operating current of 60 mA, consumes 0.198 W with all LEDs on, integrates 204 LEDs, and offers a service life of up to 10,000 hours.
Product Overview
The Ultra-Thin Flexible LED Digital Display Module for E-Cigarettes is an innovative display technology product designed specifically for e-cigarettes. It integrates ultra-thin flexible display with LED digital display technology, bringing an unprecedented visual experience to e-cigarettes. This product not only inherits the high brightness and high contrast advantages of LED digital displays but also, thanks to its ultra-thin and flexible characteristics, enables flexible installation and personalized design in various complex environments, providing e-cigarette users with a more convenient, aesthetically pleasing, and intelligent user experience.
1. Functional Substrate: A flexible printed circuit board made of polyimide or other flexible materials, serving as the carrier for LED display components. It offers excellent flexibility and durability, ensuring display stability during e-cigarette operation.
2. Light Source Devices on Substrate: Light Emitting Diodes (LEDs) serve as the display light source, determining the display quality and performance. LEDs feature low power consumption, high brightness, and long service life, ensuring display clarity and durability.
3. Substrate Circuitry: Responsible for controlling the arrangement of light sources and the operation of backlighting, ensuring consistent display performance and uniform brightness across the screen.
4. Substrate Connector: Ensures signal transmission between the display and external devices (e-cigarette main control system), enabling rapid data exchange.
5. Light-Guiding Bracket: Divides the display into regions based on the light source display logic, performing light-blocking or light-guiding functions to ensure clear and accurate display output.
6. Graphic Overlay Film: Features light-transmitting and light-shielding properties, produced through printed ink, used to display numbers, symbols, and other patterns. It delivers crisp patterns and vivid colors, enhancing the visual performance of the display.
7. Lamination & Encapsulation Material: High-performance adhesive material that bonds all components together tightly, ensuring the seal integrity and durability of the display.
Ultra-Thin Flexible LED Digital Display for E-Cigarettes
Functional Features
1. Ultra-Thin & Flexible: Benefiting from the application of flexible printed circuit boards and flexible materials, the display module achieves ultra-thin and flexible characteristics. It can be easily bent, folded, and even conformed to various irregular surfaces, bringing unlimited possibilities to the form factor design of e-cigarettes.
2. High Brightness & High Contrast: The adoption of LED chips enables the display to achieve high brightness and high contrast, ensuring clear information display even under strong outdoor sunlight.
3. Low Power Consumption & Long Service Life: The optimized design of LED chips and driving circuitry ensures low power consumption and long service life of the display, reducing the overall energy consumption of the e-cigarette display and extending its service life.
4. Personalized Design: Through film pattern design / printing technology, bracket light-guiding design / structural die-cutting technology, flexible FPCBA functional module hardware design / manufacturing process technology, and light-effect LED digital display programming technology, various complex and diverse patterns and color effects can be achieved, satisfying users' ultimate pursuit of personalization.
E-cigarette display device
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For detailed reference, please refer to the Technical Feasibility Analysis Report for the Ultra-Thin Flexible LED Digital Display Module for E-Cigarettes Project.
Reference: Brightness Test Report for Ultra-Thin Flexible LED Digital Display Module for E-Cigarettes
Reference: Reliability Test Report for Ultra-Thin Flexible LED Digital Display Module for E-Cigarettes
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