Discover the versatility of Linsn LED’s flexible LED modules, designed to adapt seamlessly to any creative vision. These innovative modules offer exceptional flexibility, allowing them to curve, bend, and shape to fit unique and dynamic display applications.
The flexible LED module allows for easy front-side replacement or removal. It can be arranged into custom shapes, enabling you to create unique and stylish displays that enhance the screen’s visual appeal.
To deliver optimal visual performance for LED displays, we utilize top-tier driving ICs like MBI5153, MBI5124, ICN2153, and ICN2038S. These ICs feature high refresh rates and advanced grey level capabilities with the latest technologies.
We conduct a 72-hour aging test, including 2×24 hours of white balance aging and 24 hours of video aging, to enhance the reliability of LED display panels and to identify and eliminate faulty LEDs.
The flexible LED display panel features strong magnetic magnets, allowing for convenient front-side service. This design simplifies both installation and maintenance, making the process quick and hassle-free.
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| Pixel Pitch | LED Type | Density（dot/㎡） | Module Pixel | Module Size（mm） | Driving Mode | Brightness(Nits) |
| 320*160mm Series | ||||||
| 1.86mm | SMD1515 | 288906 | 172*86 | 320*160mm | 1/43Scan | 700-750 |
| 2mm | SMD1515 | 250000 | 160*80 | 320*160mm | 1/40Scan | 700-750 |
| 2.5mm | SMD1515 | 160000 | 128*64 | 320*160mm | 1/32Scan | 700-750 |
| 3mm | SMD1515 | 105625 | 104*52 | 320*160mm | 1/26Scan | 650-750 |
| 4mm | SMD2020 | 62500 | 80*40 | 320*160mm | 1/20Scan | 700-750 |
| Pixel Pitch | LED Type | Density（dot/㎡） | Module Pixel | Module Size（mm） | Driving Mode | Brightness(Nits) |
| 240*120mm Series | ||||||
| 1.25mm | SMD1010 | 640000 | 192*96 | 240*120mm | 1/48Scan | 650 |
| 1.579mm | SMD1010-1212 | 409600 | 152*76 | 240*120mm | 1/38Scan | 650-700 |
| 1.667mm | SMD1010-1212 | 360000 | 144*72 | 240*120mm | 1/36Scan | 650-700 |
| 1.875mm | SMD1515 | 284444 | 128*64 | 240*120mm | 1/32Scan | 750 |
| 1.875mm | SMD1515 | 284444 | 128*64 | 240*120mm | 1/32Scan | 700-900 |
| 2mm | SMD1515 | 250000 | 120*60 | 240*120mm | 1/30Scan | 750 |
| 2.5mm | SMD1515 | 160000 | 96*48 | 240*120mm | 1/24Scan | 750 |
| 3mm | SMD2121 | 111111 | 80*40 | 240*120mm | 1/20Scan | 900 |
| 4mm | SMD2121 | 62500 | 60*30 | 240*120mm | 1/15Scan | 850 |
What if your digital display could bend like paper, wrap around columns, or form perfect spheres? This isn’t speculative fiction – it’s the reality enabled by today’s flexible LED modules.
By combining advanced materials science with precision engineering, these systems are opening new frontiers in visual technology.
1. Development of Flexible Electronics Technology
2. Construction and Working Principle Of Flexible LED Module
3. Advantages of Flexible LED Modules
4. Main Application Fields of Flexible LED Display Module
5. Flexible LED Module Design Diversity
6. Specific Types of Flexible LED Modules
7. Technical Advantages and Innovations
8. Economic Viability of Investing in Flexible Soft LED Screen Module
9. Conclusion
Flexible electronic technology is the cornerstone of flexible LED modules. With the continuous progress of materials science and electronic engineering, this field has gradually matured and bred a variety of innovative flexible electronic products.
Using these cutting-edge technologies, traditional rigid displays are transformed into flexible displays that can adapt to various shapes, opening a new chapter in display technology.
LED has evolved from an indicator light to a core component widely used in lighting and display equipment. With its unique advantages, LED has gradually become the mainstream choice of display technology.
On this basis, it has further improved the breadth of applications, not only breaking through the limitations of indoor LED display, but also giving display technology a broader creative space and unlimited possibilities.
Like traditional LED display screens, it also uses driver chips to control LED light-emitting elements to display images and videos.
The difference is that it uses flexible substrates and flexible circuits, which can be bent and folded freely to adapt to various irregular shapes and installation environments. The specific workflow is as follows:
The driver chip receives the display signal from the control system and analyzes the image and video data in the signal.
According to the analyzed data, the current flowing through each LED light-emitting element is accurately adjusted to control its brightness and color.
The LED light-emitting element after current adjustment emits light according to the drive signal, and forms full-color images and videos through the combination of RGB three colors.
The circuit connects the LED light-emitting element and driver chip to ensure stable transmission of electrical signals.
Like traditional LED display screens, flexible LED modules also use driver chips to control LED light-emitting elements to display images and videos.
The difference is that they use flexible substrates and flexible circuits, which allow them to be bent and folded freely to adapt to various irregular shapes and installation environments. The specific workflow is as follows:
The driver chip receives the display signal from the control system and analyzes the image and video data in the signal.
According to the analyzed data, the driver chip accurately adjusts the current flowing through each LED light-emitting element to control its brightness and color.
The LED light-emitting element after current adjustment emits light according to the driving signal, and forms full-color images and videos through the combination of RGB three colors.
This unique structure and working principle enables the module to not only have excellent display effects but also adapt to various innovative applications.
| Advantage | Key Benefit | Example Use Case |
|---|---|---|
| Flexible Installation | Adapts to curved surfaces, irregular shapes | Wrapping around building facades |
| Design Innovation | Enables creative, eye-catching displays | Dynamic stage backdrops for concerts |
| Space Saving | Ultra-thin, lightweight design | Retail storefronts, kiosks |
| Easy Maintenance | Modular design allows quick repairs | Outdoor billboards, transit ads |
Building exterior wall display is one of the main applications of flexible LED modules.
Traditional building exterior wall display screens can only be applied to flat surfaces, while LINSN outdoor LED screen can create more shocking visual effects.
For example, the Burj Khalifa in Dubai uses flexible LED modules to create stunning light shows, transforming the skyscraper into a dynamic canvas for global brands like Coca-Cola and Samsung.
In stage and performance scenes, the stage can be displayed in various shapes such as waves and arcs, providing people with a beautiful visual experience and enhancing the visual impact of the performance.
For example, in some large-scale concerts, the stage is usually made up of multiple flexible modules to form a huge dynamic screen, presenting a variety of gorgeous visual effects.
It is also suitable for various types of advertising displays and can be displayed in different installation environments.
Traditional billboards are usually flat, while LINSN modules can achieve diversified designs through their bendable characteristics, thereby enhancing the expressiveness and creativity of advertising content.
For example, bus stations and subway stations in some cities use flexible LED modules to display dynamic advertisements, attracting the attention of a large number of passengers.
Museums and exhibition halls can use modules for creative display to enhance the exhibition effect and audience interactive experience.
In addition, they can be designed into various unique shapes according to exhibition needs to enhance the attractiveness of exhibits.
For example, the science and technology museum displays dynamic images of the universe and the ocean, which makes people unconsciously attracted.
In public transportation places such as subways and airports, it can be used as an information signboard to provide real-time information and navigation services. Even in poor light conditions, it can be clearly displayed. For example, large airports use modules to display flight information and route guidance to improve passenger travel efficiency.
Flexible LED modules are available in a variety of designs to meet different application needs and aesthetic requirements.
It offers a unique viewing experience through its inward-bending design, making it ideal for large stage backgrounds, exhibition displays, and places where surround displays are required.
The concave design significantly enhances the viewer’s visual enjoyment, making it ideal for these applications.
It can be seen from multiple angles through its outward-bending design. It is often used in shopping mall displays, exhibition displays and traffic signs.
These designs broaden people’s sensory effects and make the information more attractive.
LINSN Curved LED Display
It performs well in most environments, including conferences, hotels. It ensures that the display is clearly visible in all directions, making it an ideal centerpiece to attract the audience’s attention.
This appearance brings an innovative feel and is used in science centers and creative advertising spaces. They can display global maps, artistic visual effects, etc., bringing rich visual enjoyment to the audience.
Capable of creating comprehensive visual environments, they are ideal for interactive art installations and high-end entertainment venues. They dramatically enhance the sense of presence and interactivity by immersing the audience in dynamic content.
Applications: Retail stores, businesses, exhibition areas. Indoor LED display provides high resolution and excellent visual quality, making it suitable for close viewing.
Features: High resolution, low brightness, easy to install, best performance indoors.
Applications: Building facades, large displays, public facilities.
Reliable operation in various environments, providing bright and clear effects.
Features: Anti-sunlight, waterproof and dustproof, resistant to bad weather, solid structure, long-lasting performance.
Applications: Public art installations, high-traffic areas. High durability and protection performance.
Features: Waterproof, dustproof, impact-proof, durable and reliable.
Applications: Store display, exhibition settings. Both flexible and transparent, high-resolution imaging, retaining background view.
Features: Energy-saving and environmentally friendly, waterproof and dustproof, easy to install, suitable for modern buildings and high-end display needs.
(1) Flexibility and Adaptability
Compared with traditional LED display, it can adapt to display needs of different shapes and be applied on irregular surfaces. It not only broadens the application field, but also increases the freedom of design.
(2) Lightweight Design
Lighter than traditional LED display. This feature simplifies the transportation and installation process, especially for application scenarios that require frequent changes in location, and the lightweight design also reduces the need for mounting brackets.
(3) High Resolution and Display Effect
Due to the use of advanced manufacturing processes, it has higher resolution and clearer display effects. This ensures that the details of images and videos are still clearly visible when viewed at close range.
For example, soft LED modules can support 4K or higher resolution displays, which is essential for applications that require high-quality visual effects, such as advertising displays and high-end cinemas.
(4) Energy Efficiency and Environmental Sustainability
LED technology itself has a longer service life and minimal power consumption, and flexible LED modules excel in these aspects by adopting advanced LED chips and driver circuits with excellent energy efficiency. They are designed to meet environmental standards and promote sustainable development.
(1) MicroLED technology
This is an emerging display technology that uses micron-level LED chips to build display screens. Combining MicroLED with flexible substrates can further improve the display performance of flexible LED modules and meet the demand for display quality in the high-end market.
(2) Quantum dot technology
The color gamut and color accuracy of displays are improved by using quantum dot materials. Applying quantum dot technology in flexible modules can significantly improve the display effect and make it competitive in the high-end display market.
(3) Graphene materials
Graphene is a two-dimensional material with excellent conductivity and mechanical strength. Applying graphene to the electrodes and wires of the module can improve its conductivity and durability while reducing power consumption. The transparency and high conductivity of graphene also help improve the display effect and extend the life of the module.
(4) Transparent flexible display
This technology makes the LED Display almost transparent when not displaying content, and can present high-definition images when displaying content.
This technology has broad application prospects in smart windows, in-vehicle displays and augmented reality devices. It can provide a more creative visual experience without affecting the field of view.
Linsn LED provides customers with a wide range of sizes and pitches for curved LED screens, and the indispensable technical support you will need for such creative LED display projects!
Production cost is mainly affected by materials, manufacturing processes, and technological innovation. Due to the use of high-performance materials (such as high-transparency flexible substrates and high-efficiency LED chips), as well as complex manufacturing processes (such as high-precision module assembly and testing), the production cost will be higher.
However, with the expansion of production scale and technological advancement, the optimization of production processes and the reduction of material costs will help to further reduce the price of modules, making them gradually more competitive in the market.
The market price is usually higher than that of traditional display screens. This is because of its higher technical performance and application flexibility.
However, with the popularization of technology and the reduction of production costs, the product price has gradually become reasonable, and in some high-end application scenarios, the price has begun to approach or fall below that of traditional display screens.
Despite the high initial investment, it has an excellent return on investment in many application scenarios, thanks to the following:
high-efficiency LED chips and driver circuits significantly reduce energy consumption, extend service life, and reduce replacement and maintenance costs; high resolution and high-quality display effects improve advertising and display effects, attracting more viewers and customers; flexible application and design freedom meet the needs of various shapes and environments.
With technological advances and reduced production costs, the cost-effectiveness of flexible LEDs will be further improved.
As an innovative display technology, the module has significant technical advantages and broad application prospects.
Investing in flexible LED module not only have good economic benefits but also can promote the innovation and progress of display technology, bringing more possibilities and business opportunities to various industries.
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