What is a Flexible LED Display?
A flexible LED display is assembled from flexible LED modules capable of achieving a certain degree of curvature. These flexible LED modules enable the creation of extraordinary shapes and visuals without compromising image quality.
Common Module Models for Flexible LED Displays
To meet diverse customization needs, JYLED has designed multiple module models for flexible LED displays. Below are several of the most commonly used flexible LED display module models. For more module options, please contact us.
The P1.25 flexible LED module utilizes SMD1010 LED chips, offering exceptionally high energy conversion efficiency and consequently low power consumption.
The P1.5625 flexible LED module features extremely dense LED placement, with up to 409,600 LEDs per square meter.
The P1.875 Flexible LED Module utilizes SMD1515 LED chips, offering slightly enhanced brightness compared to the P1.5625 Flexible LED Module.
The P2 Flexible LED Module is an indoor flexible LED display module featuring moderate viewing distance and high cost-effectiveness.
With pixel pitch similar to the P2 Flexible LED Module, the P2.5 Flexible LED Module is interchangeable with the P2 model.
The P3 Flexible LED Module, featuring a 3mm pixel pitch, is available in both indoor and outdoor variants, making it suitable for diverse application environments.
The P4 flexible LED module measures 240*120mm, a highly versatile size compatible with various types of LED display cabinets.
The P5 flexible LED module features a larger pixel pitch, making it suitable for constructing larger flexible LED displays.
What Shapes Can JYLED Flexible LED Displays Form?
Any LED display assembled using JYLED flexible LED modules falls under the category of flexible LED displays, resulting in numerous possible configurations. Here we highlight several of the most common types encountered in daily life. If you have more creative ideas, please leave your information and let us know—we’d be delighted to help bring your vision to life.
Conventional LED modules cannot conform well to uneven surfaces, potentially compromising display quality. JYLED flexible LED displays adapt to the curvature of surfaces, achieving perfect alignment with curved installations.
The cylindrical LED displays seen in shopping malls or airports are also crafted using JYLED flexible LED displays. They can fully wrap around circular pillars using flexible LED display modules, showcasing exquisite and captivating visuals.
Spherical LED displays are typically crafted from flexible triangular and trapezoidal LED modules. This combination offers the advantage of minimizing damage to modules during disassembly and installation, while also creating a more natural-looking seam.
Ribbon-like LED strips are commonly used in stadiums, shopping malls, and art galleries. They can be configured into a perfect ellipse, twisted shapes, or even more complex structures like a Möbius strip.
Compared to other three-dimensional shapes, creating a circle with JYLED flexible LED displays is relatively straightforward. Its rounded form aligns seamlessly with many brand logos, making it ideal for storefront signage or creative displays.
JYLED’s hexagonal LED modules allow for both flat installations and spherical configurations, earning them popularity among spatial designers. Triangle LED modules offer a similar effect.
A tree-like structure crafted from flexible LED display modules delivers an extraordinary visual impact.
The giant can-shaped structure that catches the eye serves as an excellent way to decorate the space and promote canned goods.
Flexible LED Screens vs. Conventional LED Screens
Flexible LED displays attract attention for their ability to create unique shapes. Beyond their distinctive forms, how do flexible LED displays differ from conventional ones? Let’s explore.
Conventional LED displays typically use rectangular cabinets, while flexible LED cabinets lack fixed shapes and are custom-made to client specifications.
Conventional displays use rigid modules, whereas flexible screens incorporate bendable modules capable of achieving specific curvature angles.
Flexible LED screens enable diverse three-dimensional forms—such as spheres, cones, and diamond shapes—while conventional displays are limited to flat configurations.
Since flexible LED displays utilize specially customized modules, cabinets, and materials, their total weight is significantly lighter than conventional LED displays of the same model.
Three Module Types of JYLED Flexible LED Displays
Indoor Flexible LED ModulesIndoor flexible LED modules feature non-reflective surfaces when illuminated, minimizing glare and blurring issues. Additionally, their soft brightness reduces eye strain even during prolonged viewing.
Outdoor Flexible LED ModulesOutdoor flexible LED modules feature high brightness and enhanced protection, complete with safety cables. This ensures stable, continuous operation despite outdoor challenges like dust, intense sunlight, or heavy fog.
GOB Flexible LED ModulesGOB flexible LED modules feature a layer of transparent adhesive applied over the flexible LED module. This adhesive enhances the front-side protection of the flexible LED display, preventing LED beads from falling out due to impacts or foreign objects.
Features of JYLED Flexible LED Displays
JYLED flexible LED displays allow free configuration into various screen aspect ratios—whether 16:9 or 21:9—with effortless adaptability.
Combining multiple flexible LED modules achieves a 360-degree viewing experience, delivering consistent visual quality from any position.
JYLED’s flexible LED displays support refresh rates ranging from 1920 to 3840 Hz, effectively eliminating screen flickering and image jitter during operation.
Unlike other LED displays with complex installation processes, JYLED flexible LED displays feature a magnetic design. Installation requires no specialized tools.
For maintenance, simply remove the required flexible LED display modules from the front of the screen.
Flexible LED displays transcend mere dynamic screens to become stunning works of art. This versatility explains their presence across diverse settings.
FPC Material Lighter Weight
JYLED’s flexible LED modules utilize lightweight flexible printed circuit (FPC) material. Each module weighs only 170 grams, significantly lighter than conventional LED modules.
Consequently, installing flexible LED displays with these modules can be easily accomplished by a single person. Other LED display types typically require at least two installers.
Superior splicing technology achieves perfect alignment
JYLED employs advanced laser cutting technology to ensure custom flexible LED display cabinets perfectly align with flexible LED modules. Our splicing process is handled by dozens of highly skilled technicians. They expertly and rapidly assemble flexible LED modules with cabinets, ensuring no gaps between modules for truly seamless splicing.
Custom Shapes on Demand
The flexible module design offers exceptional pliability and adaptability, bending to conform to diverse surface shapes and angles. Whether it’s beverage can shapes, conical forms, teardrop contours, or other unique configurations—if you envision it, JYLED can bring it to life.
Why Choose JYLED Flexible LED Displays?
International Certifications
JYLED’s flexible LED displays hold CE, FCC, RoHS, and other international certifications, ensuring seamless export compliance to any destination.
Raw Material Support
We maintain partnerships with leading domestic suppliers like Nova Technology, Calite, and Guoxing, securing premium raw material pricing. This competitive edge positions our products as highly competitive among flexible LED display manufacturers.
Comprehensive Support Services
Purchasing JYLED flexible LED displays comes with long-term service support. Should any issues arise during product use, contact us immediately for ongoing assistance.
Extensive Inventory
With 5,280 square meters of warehouse space, JYLED pre-produces popular models. For standard flexible LED displays, submit your requirements via our form for priority shipping.
JYLED Flexible LED Displays Suit Diverse Scenarios
For large performance venues, stage designers must create dazzling, eye-catching environments. JYLED flexible LED displays transform stages entirely, helping you craft unforgettable impressions.
Flexible LED displays adapt to aquarium architecture’s curves or unique designs, showcasing distinctive aesthetics. Carefully curated visuals seamlessly integrate with underwater wonders, immersing visitors in the aquatic environment.
Utilizing JYLED flexible LED displays at corporate reception areas to showcase exquisite imagery, product promotions, or company milestones captures the attention of potential clients, accelerating partnership opportunities.
At trade shows, JYLED flexible LED displays effectively present brand messaging, making your booth stand out among competitors. This unique design instantly captures the attention of visiting clients, fostering more collaboration opportunities.
Tourist destinations are among the ideal locations for flexible LED displays. Take Las Vegas, for example, home to the world-renowned spherical display that attracts visitors and spenders from across the globe annually.
How much does a flexible LED display cost?
Since flexible LED displays are non-standard, pricing varies significantly based on shape, size, brightness, and other factors. There is no fixed market price. Below are key factors influencing flexible LED display costs:
Different module types can drastically alter the final price. Before purchasing, determine your application scenario and approximate viewing distance.
Flexible LED displays of different shapes and sizes present varying manufacturing complexities, leading to price differences. For instance, 2-meter or 3-meter flexible spherical displays are common, while those exceeding 4 meters are less frequent.
Larger flexible LED displays require different control systems. Especially for very large displays, multiple LED control systems are often needed simultaneously.
Different shipping methods also affect flexible LED display pricing. Generally, air freight is the most expensive but fastest option. Sea freight is less costly but correspondingly slower.
Flexible LED Display Case show
- Case show
- Data Sheet
Flexible LED Display Detail Parameter
Flexible LED display parameters table for different models
| Model | P1.875 | P2 | P2.5 | P3 | P4 |
| Pixel Pitch | 1.875 mm | 2 mm | 2.5 mm | 3 mm | 4 mm |
| LED Type | SMD1515 | SMD1515 | SMD2121 | SMD2121 | SMD2121 |
| Configuration | 1R1G1B | 1R1G1B | 1R1G1B | 1R1G1B | 1R1G1B |
| Module Size | 240*120 mm | 240*120 /320*160mm | 240*120 /320*160mm | 240*120 mm | 240*120 /320*160mm |
| Pixel Density | 284444 pixel/㎡ | 250000 pixel/㎡ | 160000 pixel/㎡ | 111111pixel/㎡ | 62500pixel/㎡ |
| Refresh Rate | ≥ 3840Hz | ≥ 3840Hz | ≥ 1920Hz | ≥ 1920Hz | ≥ 1920Hz |
| Gray Scale | 14 Bit | 14 Bit | 14 Bit | 14 Bit | 14 Bit |
| Brightness | ≥ 600 cd/㎡ | ≥ 600 cd/㎡ | ≥ 600 cd/㎡ | ≥ 600 cd/㎡ | ≥ 600 cd/㎡ |
| Scan Way | 1/32 | 1/30 | 1/24 | 1/20 | 1/16 |
| Frame Rate | 50HZ~60HZ | 50HZ~60HZ | 50HZ~60HZ | 50HZ~60HZ | 50HZ~60HZ |
| Viewing Angle | H:140°, V:140° | H:140°, V:140° | H:140°, V:140° | H:140°, V:140° | H:140°, V:140° |
| Max.Current | 3A/Panel | 3A/Panel | 3A/Panel | 3A/Panel | 3A/Panel |
| Avg.Power Consumption | 15W/Panel | 15W/Panel | 15W/Panel | 15W/Panel | 15W/Panel |
| Control System | Nova/Linsn | Nova/Linsn | Nova/Linsn | Nova/Linsn | Nova/Linsn |
| Operation System | Windows XP/7/10 | Windows XP/7/10 | Windows XP/7/10 | Windows XP/7/10 | Windows XP/7/10 |
| Working-Temperature | -20℃~60℃ | -20℃~60℃ | -20℃~60℃ | -20℃~60℃ | -20℃~60℃ |
| Working Humidity | 10%~90% RH | 10%~90% RH | 10%~90% RH | 10%~90% RH | 10%~90% RH |
| Input Voltage | 5V DC input | 5V DC input | 5V DC input | 5V DC input | 5V DC input |
| Data Input | Hub75D (IDC16) | Hub75D(IDC16) | Hub75D(IDC16) | Hub75D(IDC16) | Hub75D(IDC16) |
| MTBF | 35000 Hour | 35000 Hour | 35000 Hour | 35000 Hour | 35000 Hour |
| Lifespan | 100000 Hour | 100000 Hour | 100000 Hour | 100000 Hour | 100000 Hour |
| Certification | CCC,CE,RoHs,ETL | CCC,CE,RoHs,ETL | CCC,CE,RoHs,ETL | CCC,CE,RoHs,ETL | CCC,CE,RoHs,ETL |
Flexible LED displays achieve seamless 270-degree or even 360-degree coverage, making them ideal for creating immersive environments. Additionally, they conform perfectly to concave or convex surfaces, ensuring natural and harmonious visual integration.
You must have a specific application scenario (e.g., indoor or outdoor), screen size, and installation method. These fundamental requirements vary significantly, leading to substantial differences in final pricing and production outcomes.
First, they aren’t standard square or rectangular shapes, demanding highly skilled assembly techniques from workers. Even minor errors can create noticeable seams, compromising the overall display quality. Second, the flexible materials used in these modules are inherently soft, and their cost is higher than traditional LED display materials. Consequently, flexible LED displays generally carry a higher price tag than conventional ones.
Our outdoor LED module displays deliver exceptional quality. You can be fully assured of both their waterproofing and safety. We maintain rigorous production standards and employ a high-caliber quality control team to ensure you receive the best outdoor flexible LED displays.
The lifespan of flexible LED displays depends on the raw materials used. When manufactured with high-quality materials like those employed by JYLED, the lifespan can reach up to 100,000 hours.
The bending angle of a flexible LED display is typically customized at the factory. If customized into spherical or cylindrical shapes, the bending angle can reach 360 degrees. For irregular shapes, the bending angle usually ranges between 120 and 160 degrees.
For conventional shapes like concave, convex, or cylindrical designs, curved die-cast aluminum cabinets can serve as an alternative to flexible LED displays. However, more complex shapes such as tree horn shaped, or water drop shaped displays cannot be achieved through other methods.
GOB flexible LED displays are typically suited for indoor use. For outdoor environments, outdoor-rated flexible LED displays are recommended.
This is because GOB displays only coat the front of the LED chips, lacking a protective layer on the back, resulting in inferior waterproofing compared to outdoor models.
Yes. We offer a flexible LED crystal film display that achieves transparency while maintaining flexibility.
For custom shapes, flexible LED displays are typically directly attached to custom-shaped metal cabinets via suction. For standard shapes, a structural frame is first constructed, and the display is then directly attached using powerful magnets on its back.
LED billboards constructed with JYLED flexible LED modules are commonly seen on large outdoor structures.
Indoor flexible LED displays built with JYLED indoor flexible LED modules offer soft lighting and simplified maintenance.
Built with JYLED outdoor flexible LED modules, this outdoor flexible LED display excels with high brightness and waterproofing, making it ideal for outdoor settings.
P4 Flexible LED DisplayComposed of JYLED flexible LED modules with a 4mm pixel pitch, the P4 flexible LED display is suitable for viewing distances of 4-6 meters.
An LED flexible display crafted from ultra-thin flexible LED modules, offering the advantages of lighter weight and a slimmer profile.
How to Repair a Flexible LED Display?
When a flexible LED display becomes damaged, how should we proceed with repairs? Below is the specific repair process for flexible LED displays:
Prepare repair tools:
- Tweezers
- Suction cup tool
- Solder paste
- Soldering iron
- LED chips
Repair Process for Flexible LED Displays:
Upon discovering damage to a flexible LED display, first turn off the power supply. Use a suction cup to remove the faulty module from the display. Proceed with repairing the flexible LED module.
Carefully use tweezers to remove the adhesive surrounding the LED beads, exposing the internal pins for subsequent steps.
Next, at the location of the damaged LED lamp bead, use a soldering iron to melt a small amount of solder wire. Carefully solder the LED lamp bead onto the PCB board. Ensure the soldering iron temperature does not exceed 40°C, and the soldering time does not exceed 3 seconds. Additionally, note that the longer probe of the LED lamp bead is the positive terminal, while the shorter probe is the negative terminal.
After completing the above steps, simply encapsulate the flexible LED module using the same type of gel. Finally, reattach the flexible LED module to the flexible LED display. At this point, the entire flexible LED display repair process is complete.
Potential Issues After LED Chip Soldering and Their Solutions
Color Loss
When powering on the repaired flexible LED module for testing, if color loss is observed, it indicates a defective LED chip. Repeat the above steps to replace the LED chip. If the issue persists, thoroughly inspect the PCB circuit board for other potential circuit problems.
Flexible LED Module Fails to Light Up
Check for loose connections between the LED display power supply and the flexible LED module. Observe whether the power indicator light functions normally. If the power supply fails to operate correctly, promptly replace the LED display power supply.
Dull or Uneven LED Brightness
This issue may arise from reversed LED polarity or mismatched voltage ratings between the switching power supply and the LEDs. Ensure correct positive and negative terminal connections for the LEDs, and replace the switching power supply with one matching the specified LED voltage rating.