MVP LED / FLEXIBLE DISPLAY SYSTEMS
Flexible LED Display
Built Around Your Space
Indoor and outdoor soft-module LED display systems for curves, columns, round surfaces and project-specific forms. Send the geometry, viewing distance and installation environment for a configuration review.
CUSTOMIZE THE DISPLAY SHAPE
A Flexible Module Is the Starting Point
A flexible LED screen uses soft, bendable LED modules rather than a conventional rigid display surface. The flexible LED module combines a soft PCB, bottom case and mask, allowing the display surface to follow controlled curves and project-specific structures.
Modules can be assembled into curved, round and special-shaped LED displays for hotels, commercial centers, entertainment venues, exhibitions and other creative spaces. The final radius, supporting structure and service access are reviewed for the actual project.
FASTER QUOTATION / FEWER REVISIONS
Start With the Shape and Site
Flexible LED display pricing depends on more than square meters. A useful proposal begins with the screen geometry, module pitch, structure, service method and destination. The latest MVP materials add indoor AC, COB P0.9, outdoor module and outdoor CA flexible display options for project review.
- Drawing, dimensions and curve direction
- Approximate radius or column diameter
- Indoor or outdoor environment
- Viewing distance and content type
- Installation access and maintenance direction
- Destination and required schedule
FLEXIBLE GEOMETRY / 08 REFERENCES
Choose the Curve, Then Engineer the System
These references stay within the flexible-display use case: controlled concave and convex curves, waves, arches, columns, rings and continuous architectural surfaces. Final feasibility depends on radius, module construction and supporting structure.
01Concave & Convex Curve
Soft modules follow an engineered radius to create inward- or outward-curving display walls without switching to a flat rectangular surface.
Wave LED Display
A continuous wave combines changing curve directions with a structure designed around module alignment and service access.
Arched LED Surface
An arch can frame an entrance or feature zone while keeping the visual canvas continuous across the bend.
S-Curve Ribbon
Opposing curves create a sculptural display ribbon that requires coordinated module direction, seams and content mapping.
Tapered Column Display
A column surface turns a structural feature into a vertical media canvas with project-specific diameter and access planning.
Circular Ring Display
A ring supports viewing around the installation and needs coordinated inner or outer radius, suspension and content direction.
Curved Display Unit
A compact curved unit can be integrated into counters, exhibits and feature furniture when its structure is planned with the module.
Spherical LED Surface
A sphere surrounds the supporting frame with a multi-directional visual surface; segment layout and content mapping are reviewed as one system.
THE BUILDING BLOCK
From One Soft Module
to a Continuous Curve
Flexible construction changes the surface geometry while the installation still requires precise structure, alignment and service planning.
The flexible module construction adapts to controlled surface curves.
Magnetic installation supports quick module placement on a compatible structure.
The supporting structure is developed around the radius, shape and access method.
Visual content should be prepared for the final geometry and viewing directions.
The newly supplied soft-module range uses a compact 240 × 120 mm module format across P1.25 to P2.5 options.
Soft modules can be arranged around cylinders, waves and other engineered display surfaces.
The supplied module reference lists a 170 gram unit weight, helping installers handle and position modules on the prepared structure.
Magnetic placement supports quick installation at the required location for compatible indoor and outdoor configurations.
FLEXIBLE DISPLAY FORM REFERENCES
More Ways a Curved Surface Can Be Built
These supplied flexible-display references show additional curve directions, rings, spheres, columns and suspended forms. The quoted construction method is confirmed against the actual radius and load path rather than inferred from the finished appearance alone.
INDOOR / OUTDOOR CONFIGURATIONS
Match the Module to the Environment
Indoor and outdoor flexible LED displays use different pixel-pitch and brightness ranges. Final component, protection and structure details are confirmed in the project quotation.
Indoor 240 × 120 mm Series
Newly supplied flexible LED module data for close-viewing curved interiors and custom structures.
- Available models
- P1.25 / P1.5625 / P1.875 / P2 / P2.5
- Module size
- 240 × 120 mm
- Brightness
- 600–800 nits by model
- Refresh rate
- 3840 Hz
- Grayscale
- 14 bit
- Viewing angle
- 160° H / 60° V
- Power
- 600 W/m² max / 80–150 W/m² avg
- Service
- Front / rear
Indoor 320 × 160 mm Series
Existing catalog series retained for comparison and project-specific selection.
- Available models
- P1.25 / P1.53 / P1.86 / P2.0 / P2.5
- Module size
- 320 × 160 mm
- Brightness
- 500–600 cd/m²
- Refresh rate
- 3840 Hz
- Grayscale
- 14 bit
- Viewing angle
- 160° H / 160° V
- Power
- 500 W/m² max / 140 W/m² avg
- Cabinet
- Custom made
Outdoor Flexible LED Display
Higher-output flexible modules for weather-exposed curved and special-shaped structures.
- Available models
- P2.5 / P3.076 / P4 / P5
- Module size
- 320 × 160 mm
- Brightness
- 4000–5500 cd/m²
- Refresh rate
- 3840 Hz
- Grayscale
- 14 bit
- Viewing angle
- 160° H / 160° V
- Power
- 800 W/m² max / 240 W/m² avg
- Cabinet
- Custom made
Catalog reference values are shown for initial comparison. Exact LED type, pixel density, module resolution, protection, temperature range and structural details must be confirmed for the selected configuration before production.
FLEXIBLE LED DISPLAY VIDEO
See the Display Surface in Motion
View the relationship between creative geometry, content and visual continuity in a flexible LED display application.
FLEXIBLE LED DISPLAY SCENES
Build the Screen Into the Space
Flexible displays can follow architectural curves or become an intentional visual object, helping content fit spaces where a conventional flat screen would feel separate from the environment.
Layered Curved Media Feature
Multiple curved surfaces can follow an atrium structure and create one coordinated visual destination across several viewing levels.
Retail Ribbon Display
A long curved ribbon can carry promotions and brand content through the space while adapting to the architecture.
Curved Feature Wall
A close-viewing curved surface can envelop visitors with continuous content when pitch, radius and viewing direction are planned together.
Ring Display Installation
A circular display creates visibility around the stand and requires coordinated suspension, inner radius and content direction.
SHAPE-TO-SYSTEM WORKFLOW
Four Decisions Before a Flexible LED Display Is Quoted
- 01
Define the Geometry
Share drawings, dimensions, curve direction, approximate radius and any multi-sided surfaces.
- 02
Confirm the Environment
Specify indoor or outdoor use, ambient light, viewing distance and expected service access.
- 03
Review the Structure
Plan module mounting, support construction, seams, corners, ventilation and maintenance.
- 04
Prepare the Content Map
Confirm source resolution, viewing directions and how content wraps across the finished shape.
BUYER FAQ
Flexible LED Display Questions
Practical points for shape selection, module configuration and project planning.
Ask about your shape ↗What is a flexible LED display?
It is an LED display built with soft modules whose PCB, bottom case and mask can follow controlled curves. The modules are arranged on a project-specific structure to form curved, round or special-shaped displays.
Is a flexible LED display the same as a soft LED screen?
“Soft LED screen” is a descriptive name often used for flexible module construction. Both terms refer to the bendable module surface used for non-flat display forms.
What shapes can MVP LED provide?
The flexible-display range supports controlled concave and convex walls, waves, arches, columns, rings, ribbons, spheres and other project-specific curved surfaces. Feasibility depends on geometry, minimum radius, module construction, structure and service requirements.
Can flexible LED displays be used outdoors?
Yes, outdoor configurations are available. The selected module, brightness, protection and supporting structure must be confirmed for weather exposure and the installation environment.
How is a flexible LED module installed?
The flexible module uses magnetic installation. Modules are positioned on a suitable custom structure, then aligned and connected to create the final surface. The support method varies by shape.
How do I choose the pixel pitch?
Start with viewing distance, content detail, screen size and environment. Indoor options currently range from P1.25 to P2.5, while the listed outdoor options range from P2.5 to P5. Final selection is confirmed with the project brief.
What information is needed for a quotation?
Send the shape or drawing, screen dimensions, radius where applicable, indoor or outdoor location, viewing distance, installation method, content sources, destination and project schedule.
START WITH THE SHAPE
Send the Curve, Column or Object You Want to Build
We will review geometry, module pitch, supporting structure, service access and content format before confirming the flexible LED display configuration.