Flexible OLED Displays – From Small to Large Sizes

Flexible OLED Displays – From Small to Large Sizes | DisplayMan

The future of display technology is here — and it bends to your imagination. DisplayMan’s OLED Flexible Screens empower engineers, designers, and innovators to create slimmer, lighter, more immersive products than ever before. Whether you’re building the next-gen smartphone, automotive dashboard, or wearable device, we bring your vision to life with flexible, foldable, rollable OLED displays.

📌 Ultra-Thin • Lightweight • Energy-Efficient • Customizable

Showcase of Small-Size Flexible OLED Displays

Experience the Future in the Palm of Your Hand.
This exhibition highlights DisplayMan’s small-size flexible OLED displays — ultra-thin, lightweight, and designed to fit next-generation devices such as smart wearables, medical monitors, and compact IoT interfaces. These screens offer vibrant visuals, true blacks, and full flexibility, making them ideal for applications where space, design, and performance matter most.

Feature	Spec	Feature	Spec
Size	1.39-inch flexible screen	Brand	DisplayMan
Model	WJ014ZE-02A	Resolution	400×400
Interface Type	MIPI (1 data lane), terminal	Pixel density	287PPI
Pin Definition	24PINS	Viewing angle	IPS full viewing angle
Display Type	AM-OLED, OLED screen	Brightness	300cd/m²
Display area	35.4×35.4mm (H×V)	Color	16.7M, 100% NTSC
Dimensions	38.6×40.5×0.71mm (H×V×D)	Contrast	10000:1 (Typ.)
Storage temperature	-30~70℃	Touch Type	No Touch
Operating Temperature	-20~60℃	Frame rate	60Hz
Voltage supply	1.8/2.8/4.6/-2.4V (Typ.)	Light source	Self-illumination
Viewing Angle	80/80/80/80 (Typ.)	Response time	4ms
Pixel pitch	0.0295×0.0885 mm (H×V)	Application	Smart wearable / circular display

Feature	Spec	Feature	Spec
Size	1.5-inch flexible screen	Brand	DisplayMan
Model	WJ015ZE-01A	Resolution	120×240
Interface Type	MIPI / SPI, terminal	Pixel density	180PPI
Pin Definition	24PINS	Recommended viewing angle	IPS full viewing angle
Display Type	AM-OLED, OLED screen	Display Brightness	≤50cd/m²
Display area	16.92×33.84mm (H×V)	Support Color	16.7M, 100% NTSC
Dimensions	20.16×38.94×0.87mm (H×V×D)	Contrast	10000:1 (Typ.)
Storage temperature	-30~70℃	Touch Type	No Touch
Operating Temperature	-20~60℃	Frame rate	60Hz
Voltage supply	1.8/2.8/4.6/-2.4V (Typ.)	Light source type	Self-illumination
Viewing Angle	80/80/80/80 (Typ.)	Reaction time	4ms
Point spacing	0.047×0.14mm (H×V)	Panel Application	Smart wearable display

Feature	Spec	Feature	Spec
Size	4.01-inch flexible screen	Brand	DisplayMan
Model	G1323TC10TFF-002	Resolution	192×960
Interface Type	MIPI 1 LANE, Terminal	Pixel density	244PPI
Pin Definition	OLED: 30PINS, TP: 7PINS	Recommended viewing angle	IPS full viewing angle
Display Type	AM-OLED, OLED screen	Display Brightness	350cd/m²
Display area	19.99×99.94mm (H×V)	Support Color	16.7M, 100% NTSC
Dimensions	27.39×111.74×0.81mm (H×V×D)	Contrast	17500:1 (Typ.)
Storage temperature	-40~70℃	Touch Type	Capacitive Touch Oncell
Operating Temperature	-20~60℃	Frame rate	42Hz
Voltage supply	2.8/3.3V	Light source type	Self-illumination
Viewing Angle	85/85/85/85 (Typ.)	Reaction time	1ms
Point spacing	0.047×0.141mm (H×V)	Panel Application	Smart Wearable Display

Feature	Spec	Feature	Spec
Size	5.1-inch flexible screen	Brand	DisplayMan
Model	BF05FBM-AKO-7D00	Resolution	720×1520
Interface Type	MIPI-DSI 4 lanes, terminal	Pixel density	330PPI
Pin Definition	40PINS	Recommended viewing angle	IPS full viewing angle
Display Type	Screen assembly, AM-OLED	Display Brightness	350cd/m²
Display area	55.404×116.964mm (H×V)	Support Color	16.7M, 100% NTSC
Dimensions	57.604×120.584×0.13mm (H×V×D)	Contrast	30000:1 (Typ.)
Storage temperature	-40~80℃	Touch Type	Capacitive Touch Oncell
Operating Temperature	-20~70℃	Frame rate	60Hz
Voltage supply	4.6/-2.4/6.4/3.0/1.8V (Typ.)	Light source type	Self-illumination
Viewing Angle	85/85/85/85 (Typ.)	Reaction time	—
Point spacing	0.07695×0.07695 mm (H×V)	Panel Application	Mobile phone display

Feature	Spec	Feature	Spec
Size	7.8-inch flexible screen	Brand	DisplayMan
Model	DXQRX7D801	Resolution	1440×1920
Interface Type	2 port MIPI, terminal	Pixel density	308PPI
Pin Definition	62PINS	Recommended viewing angle	IPS full viewing angle
Display Type	Screen assembly, AM-OLED	Display Brightness	300cd/m²
Display area	118.8×158.4mm (H×V)	Support Color	16.7M, 99% NTSC
Dimensions	128.8×170.5×0.362mm (H×V×D)	Contrast	100000:1 (Typ.)
Storage temperature	-30~70℃	Touch Type	Capacitive Touch Oncell
Operating Temperature	-20~70℃	Frame rate	60Hz
Voltage supply	1.8/3.3/6/6.4V (Typ.)	Light source type	Self-illumination
Viewing Angle	80/80/80/80 (Min.)	Aspect ratio (W:H)	3:4
Point spacing	0.07695×0.07695 mm (H×V)	Panel Application	Exhibit Display

Feature	Spec	Feature	Spec
Size	8.0-inch flexible screen	Brand	DisplayMan
Model	DXQ8D001	Resolution	2480×1860
Interface Type	MIPI 4 LANE, Terminal	Pixel density	388PPI
Pin Definition	46PINS	Recommended viewing angle	IPS full viewing angle
Display Type	OLED screen, AM-OLED	Display Brightness	430cd/m²
Display area	162.688×122.016mm (H×V)	Support Color	16.7M, 100% NTSC
Dimensions	165.89×126.12×0.77mm (H×V×D)	Contrast	600000:1 (Typ.)
Storage temperature	-40~80℃	Touch Type	Capacitive Touch Oncell
Operating Temperature	-10~70℃	Frame rate	60Hz
Voltage supply	3.3V (Typ.)	Light source type	Self-illumination
Viewing Angle	80/80/80/80 (Typ.)	Reaction time	2ms
Driver IC	RM69380	Panel Application	Curved screen display

Feature	Spec	Feature	Spec
Size	13.3-inch flexible screen	Brand	DisplayMan
Model	G1323TC10IFF-002	Resolution	1536×2048
Interface Type	eDP (4 Lanes), eDP1.3, terminal	Pixel density	192PPI
Pin Definition	40PINS 0.5 pitch	Recommended viewing angle	IPS full viewing angle
Display Type	OLED screen, AM-OLED	Display Brightness	300cd/m²
Display area	202.852×270.336mm (H×V)	Support Color	16.7M, 117% NTSC
Dimensions	213.8×284.8×0.53mm (H×V×D)	Contrast	5000:1 (Typ.)
Storage temperature	-20~60℃	Touch Type	Capacitive Touch Oncell
Operating Temperature	0~50℃	Frame rate	60Hz
Voltage supply	3.3V (Typ.)	Light source type	Self-luminous, 15K hours
Viewing Angle	85/85/85/85 (Typ.)	Reaction time	2ms
Point spacing	0.044×0.132mm (H×V)	Panel Application	Curved screen display

Showcase of Large-Size Flexible OLED Displays

DisplayMan presents its large-size flexible OLED displays — available in 42″, 48″, 55″, 65″, and 77″. These ultra-thin, foldable panels combine vivid color reproduction, wide viewing angles, and self-emissive energy-efficient technology. Designed for high-end retail, immersive signage, and futuristic interior environments, they offer stunning flexibility, lightweight structure, and seamless integration where scale and visual impact matter most.

Size	Model	Resolution	Brightness	View Angle	Color	Dimension	Frame	Weight
42″	LE420PQW-HSE1	3840*2160	500/150 cd/m2	R/L 120, U/D 120	10bit, 1.07	929.08(H) x 531.62 (V) × 0.79(B) mm	4.7/4.7/4.7/9.6 (mm)	1.2kg
48″	LE480PQW-HSB4	3840*2160	500/150 cd/m2	R/L 120, U/D 120	10bit, 1.07	1063.96(H) x 607.34(V) x 0.79(B) mm	5.9/5.9/5.9/9.6（mm）	1.51kg
55″	LE550PQW-HSE1	3840*2160	550/200 cd/m2	R/L 120, U/D 120	10bit, 1.07	1219.0(H) x 694.7(V) × 0.79(B)mm	4.7/4.7/4.7/9.6 (mm)	2.0kg
65″	LE650PQW-HSE2	3840*2160	550/200 cd/m2	R/L 120, U/D 120	10bit, 1.07	1437.88(H) x 817.82(V) x 0.79(B)mm	4.7/4.7/4.7/9.6 (mm)	2.8kg
77″	LE770PQW-HSE3	3840*2160	550/200 cd/m2	R/L 120, U/D 120	10bit, 1.07	1708.48 (H) x 973.22 (V) x 0.79 (B)mm	5.6/5.6/5.5/13 (mm)	4kg

Flexible & Curvable Form Factor

These OLED panels are built on a bendable substrate, allowing the screen to curve or conform to custom shapes and installations. This makes them ideal for immersive spaces, curved signage, and artistic display environments where traditional flat panels fall short.

Ultra-Thin & Lightweight Construction

With no need for a backlight or thick structural layers, the display body remains exceptionally slim and light. This makes transportation, installation, and design integration easier and more efficient — especially in high-end retail, museum, or showroom settings.

Native 4K Ultra HD Resolution (3840×2160)

Every display delivers crystal-clear 4K visuals, revealing fine textures, smooth gradients, and sharp details even at large sizes. Perfect for premium digital signage, medical visuals, or architectural displays where visual fidelity matters.

High Color Gamut & Deep Contrast

Supporting a wide color spectrum (over 100% DCI-P3), these displays produce richer, more accurate colors. The million-to-one contrast ratio ensures inky blacks and bright highlights for exceptional depth, realism, and dynamic range.

Capacitive Multi-Touch (Up to 10 Points)

Optional touch functionality enhances interactivity with up to 10-point capacitive responsiveness. Perfect for creating engaging user experiences in interactive exhibitions, smart retail counters, or corporate presentation displays.

Flexible Mounting & Splicing Options

Whether wall-mounted, standing, or tiled together into large video walls, the modular design supports multiple installation formats. Easily adapted to creative layouts, curved arrangements, or space-constrained environments.

Low Blue Light Emission & Flicker-Free Comfort

Designed for public and prolonged viewing, OLED naturally reduces harmful blue light and delivers stable, flicker-free images. This helps protect viewer eyesight during extended interaction — ideal for museums, airports, and public installations.

Seamless Aesthetic Integration

The elegant frameless design complements modern architectural and interior design trends. Its sleek appearance blends effortlessly into high-end spaces, adding technological sophistication without visual clutter.

Durability & Eco-Conscious Design

With fewer components, no backlight, and lower power demands, DisplayMan’s OLED displays are built for long-term use with reduced environmental impact. Their recyclable materials and extended lifespan align with sustainability goals in commercial projects.

Flexible OLED Displays for Curved Products, Wearables and Custom-Shaped Installations

Flexible OLED is one product family with a wide range of use cases—from compact OLED modules inside wearables and embedded devices to large custom-shaped OLED displays for retail, exhibitions, museums, showrooms and architectural spaces.

Customers do not need to know in advance whether their project should be classified as a “small Flexible OLED” or a “large Flexible OLED.” Start with the application, target size, available space or desired shape. DisplayMan can then route the project to the correct module or display-system direction.

The common technical foundation is a flexible OLED structure: self-emissive pixels, a flexible substrate, a TFT backplane and thin-film encapsulation allow the display to be much thinner and more shape-adaptable than a conventional backlit LCD.

One Flexible OLED Page, Two Practical Project Paths

For compact OEM products, we focus on module integration. For large commercial displays, we can also design the curvature, structure, panel layout and final display shape.

What Is a Flexible OLED Display?

A Flexible OLED Display is an OLED display built with a flexible panel structure that allows the screen to follow a controlled curved form within the mechanical limits of the specific panel.

OLED pixels emit their own light, so no separate LCD backlight is required. This enables a much thinner display structure and makes curved product designs possible.

Flexible OLED and AMOLED are not competing terms. AMOLED describes the active-matrix driving architecture; Flexible OLED describes the physical flexible structure. Many Flexible OLED products are Flexible AMOLED displays.

Flexible OLED Means Curvable — Not Foldable

Flexible OLED can be curved or bent within its specified radius.
It cannot be folded sharply or creased like a foldable-phone display.
Each panel bends only along its specified single bending axis.
The IC / driver side is a non-bendable area and must be protected from bending stress.
These rules apply to both small and large Flexible OLED panels.

Core Mechanical Rule for All DisplayMan Flexible OLED Products

Curvable, not foldable. Single-axis bending only. The IC / driver area must not be bent.

How Flexible OLED Can Bend

The most important point is that Flexible OLED is not a soft sheet that can be bent in any direction. Every panel has a defined mechanical bending direction and a protected IC / driver area.

Single-Axis Bending Principle

Bendable Display Area

Specified Bending Axis

IC / Driver
Non-Bendable

DO NOT BEND THIS SIDE

This simplified diagram shows the engineering concept: the display area curves along one specified axis, while the IC / driver side remains outside the bending zone.

Curved / BendableYes — within the specified radius.

Single-Axis BendingYes — each panel bends along one defined axis.

FoldableNo — the panel must not be sharply folded or creased.

IC / Driver BendingNo — this area must remain protected from bending stress.

Free Two-Axis BendingNo — one panel does not behave like fabric or a rubber sheet.

Custom Final ShapesYes — achieved through curvature, panel orientation, panel quantity and mechanical structure.

Single-Axis Bending Does Not Limit the Final Display to One Simple Curve

The bending rule applies to each individual OLED panel. The final display system can still be engineered into much more complex visual forms by combining panel curvature with panel orientation, panel quantity and supporting structure.

Single-Axis OLED PanelEach panel follows its allowed bending direction

Controlled CurvatureRadius selected for the panel and project

Panel Layout + StructureOrientation, quantity and support are engineered together

Custom Final ShapeS-shape, wave, 2×3, 3×3, circular, 360° and more

Panel-Level Limitation vs. System-Level Design Freedom

Single-axis bending is a panel-level mechanical rule, not a limitation on the final display shape. A custom display can use one or multiple Flexible OLED panels to create concave, convex, S-shaped, wave-shaped, multi-panel curved, circular or other engineered forms.

Structural Composition of a Flexible OLED Display

The structure is one of the most important reasons Flexible OLED can achieve thin, curved and shape-adaptable products. The exact stack varies by manufacturer and module, but a typical Flexible AMOLED structure can be understood in three levels: the core OLED panel, optional optical / touch layers, and the electrical integration layer.

Optional Cover Lens / Protective Layer Glass or polymer cover depending on the product design

Optional Touch Sensor On-cell or add-on capacitive touch depending on the module

Thin Film Encapsulation (TFE) Moisture / oxygen barrier while maintaining a thin flexible structure

OLED Emissive Stack Organic functional layers where the pixels generate light

TFT Backplane Active-matrix pixel driving and switching structure

Flexible Substrate Flexible foundation, commonly based on polyimide in many AMOLED structures

Driver IC + FPC / Connector Electrical connection to the customer system; the IC / driver region must remain outside the bending zone

How the Structure Creates Flexibility

Flexible substrate: replaces the rigid glass foundation used in conventional rigid displays and provides the mechanical base for controlled curvature.

TFT backplane: drives the OLED pixels. It is an essential part of an active-matrix Flexible OLED and should not be omitted when explaining the panel structure.

OLED emissive layers: produce light directly at the pixel level, eliminating the thick backlight system required by LCD.

Thin Film Encapsulation: protects moisture-sensitive OLED materials while maintaining a thin structure compatible with flexible panel designs.

Touch, cover, IC and FPC: are where product-level integration begins. They can affect total thickness, usable curvature, edge geometry, connector placement and final assembly. The IC / driver side is non-bendable and must be protected by the mechanical structure.

Core panel structure Optional product layer Module integration

Core Panel

What Is Panel Technology?

The flexible substrate, TFT backplane, OLED emissive stack and TFE are core display-manufacturing technologies. They explain how Flexible OLED works, but they are not normally treated as freely customizable project layers.

Project Integration

What Does DisplayMan Mainly Customize?

For practical projects, customization mainly focuses on module and system integration: FPC, connector, interface, touch, cover lens, optical bonding, curvature, supporting structure, panel layout and installation.

Flexible OLED Reference Products – From Compact Modules to Large Curved Displays

DisplayMan’s Flexible OLED offering covers compact modules for OEM products and large-format OLED panels used in custom-shaped commercial display systems.

Small and Medium Flexible OLED Module References

Size	Reference Model	Resolution	Interface	Touch	Typical Use
1.39″	WJ014ZE-02A	400 × 400	MIPI (1 lane)	No touch	Wearables / circular UI
1.5″	WJ015ZE-01A	120 × 240	MIPI / SPI	No touch	Wearables / compact UI
4.01″	G1323TC10TFF-002	192 × 960	MIPI 1 lane	On-cell CTP	Wearables / slim UI
5.1″	BF05FBM-AKO-7D00	720 × 1520	MIPI-DSI 4 lanes	On-cell CTP	Handheld / smart terminal
7.8″	DXQRX7D801	1440 × 1920	Dual MIPI	On-cell CTP	Curved product / exhibit
8.0″	DXQ8D001	2480 × 1860	MIPI 4 lane	On-cell CTP	Curved product / smart terminal
13.3″	G1323TC10IFF-002	1536 × 2048	eDP 1.3 / 4 lanes	On-cell CTP	Premium curved product

Large Flexible OLED Project Sizes

Large-format project sizes can include 42″, 48″, 55″, 65″ and 77″ depending on current panel availability and project requirements. The 65″ platform is currently the most clearly defined reference for custom-shaped engineering.

Size	Reference Status	Resolution Class	Typical Direction	Engineering Note
42″	Project-based	4K class	Curved commercial / creative display	Confirm current panel availability
48″	Project-based	4K class	Curved retail / exhibition display	Confirm current panel availability
55″	Project-based	4K class	Curved wall / floor-standing display	Confirm current panel availability
65″	LE650PQY-HNA1 reference platform	3840 × 2160 UHD	Core platform for custom-shaped installations	R1500 min. reference; R1800+ recommended
77″	Project-based	4K class	Large immersive curved installation	Confirm current panel availability

How Flexible OLED Is Used in Real Projects

The customer normally starts with one simple need—“I need a flexible OLED.” After the initial review, the project usually develops into one of two practical engineering paths.

Product Path 01

Flexible OLED Inside an OEM Product

The customer is developing a wearable, handheld, medical device, smart controller, curved terminal or another product that contains the OLED.

Customer normally designs

Final product shape
Enclosure
Main PCB / system architecture
Product ID and mechanics

DisplayMan mainly supports

OLED module selection
MIPI / SPI / eDP matching
FPC and connector
Pin definition
Touch and cover lens
Optical bonding
Mechanical fit
Prototype and mass-production support

Typical commercial model: prototype + OEM production, normally with higher production quantities.

Product Path 02

Flexible OLED as the Finished Display Product

The OLED itself becomes a curved retail, exhibition, showroom, museum or architectural display. The final shape is part of the product being purchased. Each panel still follows the same single-axis bending rule, while the overall shape is created through curvature, panel orientation, panel quantity and supporting structure.

Customer can start with

Installation space
Target width / height
Site photos or architectural drawing
General visual concept
Wall / floor / freestanding requirement

DisplayMan can help design

Curvature
S / wave / circular shape
Panel quantity and layout
Supporting structure
Wall or floor mounting
Signal / power integration
Maintenance access
Installation method

Typical commercial model: retail / project-based sale. One complete system, 2 × 3, 3 × 3 or another one-off installation is acceptable.

Large Custom-Shaped Flexible OLED Displays

For large Flexible OLED projects, the most important customization is not the OLED pixel structure—it is the final display shape. Every individual panel still bends along one specified axis only, but the complete system can be engineered into many different forms.

Concave CurvedControlled inward curve

Convex CurvedControlled outward curve

S-ShapedMultiple curve directions

Wave-ShapedFlowing architectural form

Floor-StandingCustom base and support

Wall-MountedCurved wall integration

2 × 3 Video WallSix-panel curved system

3 × 3 Video WallNine-panel curved system

Circular / RingMulti-panel 360° structure

Column-WrappingDisplay designed around a column

The Shape Itself Is Part of the Product We Design

Customers do not need to provide a finished curved-display drawing. Site dimensions, installation conditions and a visual concept are enough to begin the engineering review.

65-Inch Flexible OLED Reference Platform

The 65-inch Flexible OLED is a core platform for large custom-shaped projects because it combines large visual area, ultra-thin OLED construction and controlled curved installation. Like the smaller Flexible OLED modules, it is not foldable, bends along one specified axis, and requires the IC / driver area to remain outside the bending zone.

Display Size	Panel Model	Resolution	Panel Outline	Panel Thickness	Minimum Bending Radius	Recommended Design Radius
65″	LE650PQY-HNA1	3840 × 2160 UHD	1442.28 × 819.82 mm	Approx. 0.8 mm	Approx. R1500 mm	R1800 mm or larger

Curvature

R1500 vs R1800

R1500 mm is the approximate minimum bending-radius reference. Because a larger radius means a gentler curve, R1800 mm or larger is generally preferred for safer long-term mechanical design when the project geometry allows it.

Project Design

What Is Actually Customized?

The OLED panel is the display platform. The project engineering is built around curvature, shape, supporting frame, panel layout, mounting, signal distribution and installation.

Structural Composition of a Large Custom-Shaped Flexible OLED System

A large Flexible OLED installation is more than a flexible panel. The finished product is a complete mechanical and display system designed to hold the OLED at the intended curvature while providing signal, power, maintenance access and installation stability.

Flexible OLED PanelCore display surface

Curvature SupportDefines and maintains radius

Mechanical FrameSteel / aluminum structure

Panel LayoutOrientation + single-axis geometry

Signal + PowerDistribution and synchronization

Service AccessMaintenance and cable routing

InstallationWall / floor / circular structure

Mechanical Curvature

The supporting structure must maintain the required radius without creating damaging local stress, twisting or uneven support.

Panel-to-Panel Geometry

For 2 × 3, 3 × 3 and custom layouts, panel orientation, transitions, seam position and overall curve are designed as one system.

Installation Engineering

Wall fixing, floor base, rear access, transport, assembly sequence, signal routing and serviceability all influence the final shape.

2 × 3, 3 × 3 and Circular Flexible OLED Installations

6 Panels

2 × 3 Curved OLED Wall

Six large Flexible OLED panels form one continuous custom curved surface. Suitable for retail, exhibitions, showrooms and immersive commercial spaces.

6 OLED panels
Custom radius
Supporting steel frame
Signal synchronization
Wall or freestanding mounting

9 Panels

3 × 3 Curved OLED Wall

Nine large Flexible OLED panels form a larger immersive curved display wall. The overall curvature and structural frame are engineered as one complete system.

9 OLED panels
Large visual surface
Concave / convex layout
Custom structure
Installation planning

Custom Geometry

Circular / 360° OLED

Multiple Flexible OLED panels can be arranged around a circular support when the target diameter and panel radius are mechanically feasible.

Circular / ring shape
Column wrap
360° viewing concept
Custom panel count
Diameter-based layout

Flexible OLED Engineering Factors

Bending Radius

Radius determines how tightly the panel is curved. Always review the specific module limit rather than assuming all Flexible OLEDs behave the same.

Single-Axis Bending

All current DisplayMan Flexible OLED products bend only along their specified axis. The panel must not be twisted into free-form two-axis curvature.

FPC & Connector

For compact modules, FPC length, exit direction, connector pitch and pinout can determine whether the OLED actually fits the product.

Touch & Cover Layer

Touch and cover construction affect thickness, rigidity, optical performance and bending behavior, so they must be reviewed together.

OLED Lifetime

Brightness, static content, operating hours and thermal conditions affect image retention and lifetime. Long static UI requires content strategy.

IC / Driver Protection

The IC / driver side is a non-bendable area. Supporting mechanics must keep bending stress away from the driver region, FPC root and electrical connection area.

Flexible OLED vs Other Display Technologies

Factor	Flexible OLED	Rigid AMOLED	TFT LCD	Transparent OLED
Physical Structure	Flexible / curvable OLED structure	Normally rigid flat OLED	Rigid LCD stack	Transparent OLED structure
Backlight	No	No	Yes	No
Best Use	Curved products and custom-shaped displays	Flat premium color display	Cost-sensitive / industrial UI	See-through premium display
Main Design Question	Radius, shape, integration	Size, interface, touch	Brightness, interface, environment	Transparency, ambient light, placement
Large Custom Shapes	Strong fit	Limited	Not the main advantage	Possible but different product objective

Flexible OLED Selection Guide

You do not need to classify the project before contacting us. Start with what you are trying to build.

Your Requirement	Recommended Starting Point
I only know that I need a flexible / bendable OLED	Start with this Flexible OLED page and send us the target size or installation space.
Wearable, handheld, medical or embedded device	Use a small / medium Flexible OLED module and review interface, FPC, connector and touch.
S-shaped, wave-shaped, floor-standing or wall-mounted display	Use a large custom-shaped Flexible OLED display system.
2 × 3 or 3 × 3 curved display wall	Use a multi-panel Flexible OLED video-wall structure.
Circular, ring-shaped or column-wrapping display	Use multiple large Flexible OLED panels with custom radius and supporting structure.
Flat full-color OLED is enough	AMOLED Displays may be the better choice.
Small simple monochrome OLED UI	PMOLED Displays may be more practical.
See-through OLED effect	Transparent OLED Displays is the correct direction.

When Flexible OLED Is a Good Fit

Recommended

Good Fit

Curved or shape-driven product design
Wearable / handheld / medical / embedded product
Thin premium OLED interface
S-shaped or wave-shaped commercial display
2 × 3 or 3 × 3 curved OLED wall
Circular or column-wrapping display concept
Premium retail, showroom, museum or exhibition installation
Customer wants help designing the final large OLED shape

Engineering Review

Review Alternatives First

A flat rigid screen already meets the design
Lowest display cost is the main priority
Large-area low-cost signage is the goal
Very long static-content operation without OLED content management
Fully outdoor unprotected installation
Required radius is tighter than the specific panel supports
The application requires folding, creasing or repeated fold cycles

What Should You Send for a Flexible OLED Quotation?

Send whatever information you already have. You do not need to know whether the project is “small Flexible OLED” or “large Flexible OLED” before contacting DisplayMan.

Product Integration

For an OEM / Embedded Product

Target display size
Resolution if known
Interface or processor / mainboard
FPC direction / connector if known
Touch requirement
Cover lens requirement
Mechanical drawing or available space
Prototype quantity
Expected production quantity
Application

Display System

For a Large Custom-Shaped Display

Installation width and height
Site photos or architectural drawings
Wall-mounted / floor-standing / freestanding
Target shape: concave / convex / S / wave / circular
Approximate panel quantity if known
Target overall display size
Maintenance / service requirement
Installation location
Project schedule

For Large Projects, a Finished Mechanical Drawing Is Not Required at the Beginning

Site dimensions, photos and a general visual concept are enough for DisplayMan to start evaluating panel quantity, radius, shape and supporting structure.

Related OLED and Display Products

Related Product	Choose This When
OLED Displays	Main OLED product family
AMOLED Displays	Rigid / standard active-matrix OLED modules
PMOLED Displays	Small simple OLED modules
Custom OLED Displays	Module-level FPC, connector, touch, lens and replacement integration
Transparent OLED Displays	See-through OLED products
Capacitive Touch Panels	Separate touch integration
Custom Touch Panel Glass	Cover lens and touch-glass customization
Optical Bonding	Display / touch / cover integration

Flexible OLED FAQ

What is a Flexible OLED Display?

A Flexible OLED Display is an OLED display built with a flexible panel structure that allows controlled curvature or bending. The exact bending capability depends on the specific module or panel.

Is Flexible OLED the same as AMOLED?

No. AMOLED describes the active-matrix driving architecture, while Flexible OLED describes the physical flexible structure. Many Flexible OLED displays are AMOLED.

Can Flexible OLED be folded?

No. DisplayMan Flexible OLED products are curvable / bendable, not foldable. They must not be sharply folded or creased.

What makes a Flexible OLED able to bend?

A flexible substrate, TFT backplane, OLED emissive stack and thin-film encapsulation replace the rigid glass-based structure used in conventional rigid displays.

Can Flexible OLED support touch?

Yes, selected modules can use on-cell or add-on capacitive touch. Touch structure must be reviewed together with thickness, radius and cover-lens requirements.

What can DisplayMan customize on a small Flexible OLED?

Typical customization focuses on FPC, connector, pinout, interface, touch, cover lens, optical bonding and mechanical integration around an existing OLED module.

What can DisplayMan customize on a large Flexible OLED?

The main customization is the final display shape: curvature, supporting structure, panel layout, mounting method, multi-panel integration and installation design.

Can you design the shape for us?

Yes. For large Flexible OLED projects, customers can provide the installation space, target dimensions, site photos and a visual concept. DisplayMan can help design the curvature and display structure.

What is the bending radius of the 65-inch Flexible OLED?

For the current 65-inch reference platform, the approximate minimum bending radius is R1500 mm. R1800 mm or larger is generally recommended for safer long-term mechanical design. The panel bends only along its specified axis, and the IC / driver area must remain outside the bending zone.

Can you build a 2 × 3 or 3 × 3 curved OLED wall?

Yes. Six-panel 2 × 3 and nine-panel 3 × 3 configurations can be designed as complete curved OLED display systems.

Can Flexible OLED form a circular or 360-degree display?

Yes. Multiple large Flexible OLED panels can be arranged around a circular or ring-shaped structure when the required diameter and panel radius are mechanically feasible.

Do large Flexible OLED projects require mass-production quantity?

No. Large custom-shaped Flexible OLED displays can be supplied as one complete retail or project-based installation.

Do small Flexible OLED projects usually require higher quantities?

Usually yes. Small Flexible OLED modules are commonly used as components inside OEM products, so prototype-to-volume planning is more important.

Can Flexible OLED be used outdoors?

Not automatically. Outdoor use requires separate evaluation of brightness, UV exposure, temperature, moisture protection and mechanical enclosure.

Does Flexible OLED have image-retention or burn-in risk?

Yes. OLED lifetime and image retention depend on content, brightness, operating time and thermal conditions. Long-duration static content should be reviewed.

Can a Flexible OLED bend in any direction?

No. Each panel can bend only along its specified single axis. It cannot be freely twisted or bent like fabric.

Can the IC / driver side be bent?

No. The IC / driver region is a non-bendable area and must be protected from bending stress in the final mechanical design.

What should I send for a quotation?

If you do not know the exact module, send either your product size and interface requirements or your installation dimensions and target visual shape. We can route the project from there.

Start with the Flexible OLED You Need — We’ll Help Define the Rest

For compact products, send your size and integration requirements. For large custom displays, send your installation space and visual concept.

You do not need to decide whether your project belongs to “small” or “large” Flexible OLED. Tell us what you want to build. All current DisplayMan Flexible OLED products follow the same basic mechanical rule—curvable, not foldable; single-axis bending only; IC / driver area non-bendable. We can then help determine the appropriate module, curvature, panel orientation, panel quantity and final display structure.