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.

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	Recommended viewing angle	IPS full viewing angle
Display Type	AM-OLED, OLED screen	Display Brightness	300cd/m²
Display area	35.4*35.4mm (H×V)	Support Color	16.7M , 100% NTSC
Dimensions	38.640.50.71mm(H×V×D)	Contrast	10000 : 1(Typ.) [Transmission]
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	0.0295×0.0885 mm (H×V)	Panel Application	Smart wearable / circular display

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	350cd/m²
Display area	16.92*33.84mm (H×V)	Support Color	16.7M , 100% NTSC
Dimensions	20.1638.940.87mm(H×V×D)	Contrast	10000 : 1(Typ.) [Transmission]
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	0.047×0.141mm (H×V)	Panel Application	Smart wearable display

Size	4.01 -inch flexible screen	Brand	DisplayMan
Model	G1323TC101FF-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	27.39111.740.81mm(H×V×D)	Contrast	17500 : 1(Typ.) [Transmission]
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

Size	5.1 -inch flexible screen	Brand	DisplayMan
Model	BF051FBM-AK0-7D00	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	57.604120.5840.13mm(H×V×D)	Contrast	30000 : 1(Typ.) [Transmission]
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

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	128.8170.50.362mm(H×V×D)	Contrast	100000 : 1(Typ.) [Transmission]
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

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	165.89126.120.77mm(H×V×D)	Contrast	600000 : 1(Typ.) [Transmission]
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

Size	13.3 -inch flexible screen	Brand	DisplayMan
Model	G1323TC101FF-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	213.8284.80.53mm(H×V×D)	Contrast	5000 : 1(Typ.) [Transmission]
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.

Why Flexible OLED Is a Game-Changer

Conventional rigid displays have long constrained product design. But Flexible OLED technology breaks those barriers — unleashing new creative possibilities for product engineers, architects, and designers.

At the core of our flexible display is organic light-emitting diode (OLED) technology, which eliminates the bulky backlight used in traditional LCDs. Instead, each pixel emits its own light — resulting in displays that are ultra-thin, bendable, and visually stunning.

🌟 Key Advantages That Redefine the Display Landscape:

✅ No Backlight Required

OLED pixels are self-emissive, meaning each pixel produces its own light. This eliminates the need for an external backlight, enabling extremely thin and lightweight displays — perfect for integration into wearable devices, automotive dashboards, smart furniture, and more.

✅ Incredible Contrast (100,000:1+)

Each OLED pixel can turn on or off independently, delivering perfect blacks and vibrant colors. The result is a display with astonishing contrast that enhances image realism, even in challenging lighting conditions.

✅ Ultra-Wide 180° Viewing Angles

Thanks to its organic structure, OLED ensures consistent brightness and color fidelity across a full 180-degree viewing arc. No matter where your audience stands, they’ll see your content clearly and vividly.

✅ Ultra-Flexible Polyimide Substrate

Our displays use a high-grade polyimide film as the base material — making it possible to curve, bend, or wrap the screen around various surfaces without image distortion or panel damage.

✅ Longevity Built-In (Up to 50,000 hours)

Designed for demanding environments, our Flexible OLED displays offer exceptional durability, supporting up to 50,000 hours of continuous use. That’s nearly 6 years of 24/7 operation — ideal for commercial, retail, or industrial deployment.

🧱 Structural Composition of a Flexible OLED Display

Flexible OLED displays are highly sophisticated devices, composed of multiple ultra-thin functional layers — each playing a vital role in enabling performance, durability, and design flexibility. Here’s a breakdown of the key structural components that make our flexible OLEDs both technologically advanced and commercially viable:

1️⃣ Flexible Substrate Layer

Material: Ultra-thin polyimide (PI) film

This is the foundational layer of the display. The polyimide substrate offers exceptional mechanical flexibility, allowing the display to bend, fold, or curve without compromising functionality. It also provides thermal and chemical stability, making it suitable for wearable, automotive, and industrial environments where stress and temperature variation are common.

✅ Key Benefits:

Withstands repeated bending and flexing
Heat-resistant up to ~300°C (suitable for OLED processing)
Lightweight and ultra-thin for space-constrained designs

2️⃣ OLED Emissive Layers

Material: Multiple layers of organic compounds (e.g. HTL, EML, ETL)

These are the core functional layers where light is generated. Each pixel emits its own light when current passes through the organic emissive material — eliminating the need for a separate backlight (unlike LCDs). This enables true blacks, wide color gamut, and ultra-high contrast ratios (>100,000:1).

✅ Key Benefits:

Self-luminous pixels for deep contrast
Low power consumption on dark UI themes
Wide viewing angles and faster response time

3️⃣ Thin Film Encapsulation (TFE)

Material: Alternating organic/inorganic barrier layers (e.g. SiNx / polymer stacks)

OLEDs are sensitive to moisture and oxygen. TFE acts as a critical protective layer that hermetically seals the OLED stack while maintaining flexibility. Unlike traditional glass encapsulation, TFE maintains bendability without sacrificing reliability.

✅ Key Benefits:

Excellent moisture/oxygen barrier performance
Maintains thin profile and flexibility
Increases lifespan and environmental resistance

4️⃣ Touch Layer (Optional)

Type: On-cell or add-on capacitive touch sensor

For applications requiring interactivity (e.g., smartphones, wearables, smart appliances), a touch layer can be integrated. DisplayMan supports on-cell (directly on OLED) and add-on touch films, offering multi-touch, gesture control, and glove support depending on your use case.

✅ Key Benefits:

Seamless user interaction
Optional custom cover lens (glass/plastic)
Support for multi-point or gesture input

5️⃣ FPC Connector (Flexible Printed Circuit)

Design: Tailored pinout and interface (MIPI, SPI, RGB, eDP, etc.)

The FPC is the electrical interface that connects the OLED panel to your system board. Our FPCs are fully customizable — from pin assignment and tail length to connector type — ensuring perfect fit for your specific integration scenario, whether it’s a wearable, EV dashboard, or handheld medical device.

✅ Key Benefits:

High signal integrity for fast interfaces (MIPI DSI/eDP)
Customizable layout for mechanical constraints
Gold-plated pads for stable long-term connectivity

By understanding each of these layers, engineers and product designers can better appreciate the engineering complexity and design flexibility of flexible OLED displays. At DisplayMan, we offer full customization of these layers to meet your application’s performance, form factor, and interface requirements.

🔌 Interface & Driver Options – Built for Seamless Integration

At DisplayMan, we understand that no two devices are the same — which is why we offer flexible, application-specific interface and driver options for every flexible OLED display. Whether you’re designing for a compact wearable or a high-resolution automotive dashboard, our displays are engineered to integrate effortlessly into your system architecture.

📡 Standard Interfaces — Ready for Industry Protocols

We support a wide range of industry-standard data interfaces to ensure maximum compatibility with your existing electronics:

MIPI-DSI (Mobile Industry Processor Interface – Display Serial Interface):
High-speed, low-power serial interface commonly used in smartphones, tablets, and embedded devices. Ideal for high refresh rates and low latency.
SPI / I²C (Serial Peripheral Interface / Inter-Integrated Circuit):
Compact and low-pin-count protocols ideal for simple UI displays, wearables, and low-data-rate applications.
RGB / Parallel (18/24-bit):
Widely used in legacy systems or industrial equipment for direct parallel pixel data transmission.
eDP (Embedded DisplayPort):
Preferred for larger-format displays like automotive cockpits or laptops, supporting high resolutions and frame rates with low EMI.

✅ We can advise interface selection based on your processor, resolution requirements, and PCB layout constraints.

🧩 Full Interface Customization – Tailored for Your Hardware

We provide comprehensive customization to make integration easy:

Tail Length & Bending Direction:
Customizable FPC tail length, exit direction, and bend radius for tight enclosures or wearable formats.
Pinout & Connector Layout:
Tailored pin assignment, ZIF/FFC connector compatibility, and gold-plated pads to ensure robust, low-resistance connections.
Bonding Methods:
Options include COF (Chip on Film), COG (Chip on Glass), or TAB (Tape Automated Bonding) depending on your mechanical and thermal requirements.
Controller Compatibility:
We help ensure seamless communication with your MCU/MPU platform, whether it’s STM32, Raspberry Pi, Qualcomm Snapdragon, MediaTek, or custom SoCs.

👆 Touch Integration – Built-In Interactivity

Depending on your application needs, we offer multiple touch integration options:

On-Cell Touch:
Capacitive touch sensors are integrated directly onto the OLED panel stack, delivering a thinner module, faster response time, and improved optical clarity.
Add-On Capacitive Touch Panel:
For more rugged or modular use-cases, we can attach a separate glass/plastic touch layer, customizable in thickness, shape, and cover lens options — ideal for outdoor, medical, or industrial UI.

Both options support multi-touch gestures, water/glove usage, and can be tuned to your firmware or MCU platform.

🧠 Driver ICs – Integrated or Discrete Control

We match driver IC architecture to your project’s performance and footprint constraints:

Integrated Driver ICs:
Ideal for compact modules, reducing PCB complexity and easing integration into space-limited devices like smartwatches, fitness bands, or smart cards.
Discrete Driver ICs:
Used in larger displays or performance-critical applications, allowing for greater customization of refresh rate, gray levels, and external memory control.

We support brands like Himax, Raydium, Solomon Systech, Novatek, or we can integrate the IC of your choice upon request.

DisplayMan’s integration options ensure that your flexible OLED display doesn’t just fit — it fits perfectly.

Need a custom interface or firmware driver? Our engineering team is here to support you from concept to final validation.

what makes us different

Why Choose DisplayMan?

At DisplayMan, we go far beyond being a display supplier — we are your engineering and innovation partner. From initial concept to final mass production, our team integrates deep industry know-how, agile development processes, and strict quality standards to bring your vision to life.

✅ Here’s what sets DisplayMan apart:

🧠 In-house R&D and Custom Engineering

Our internal R&D team works side-by-side with your engineers to develop tailor-made display solutions, including custom shapes, interfaces, and control logic. Whether you're building something never seen before or upgrading an existing system, we deliver precision, speed, and flexibility.

📦100+ OLED & LCD Modules In Stock

We maintain a large selection of mature and proven display modules — including transparent, flexible, curved, and ultra-thin panels. This allows for rapid sample delivery and a fast start to your project without long lead times.

🛠️ Rapid Prototyping with Low Minimum Order Quantity (MOQ)

From early proof-of-concept to production-ready prototypes, we offer fast turnaround times with low MOQs, so startups and innovation teams can test and iterate without major upfront investment.

🌍 Trusted by Global Brands in Automotive, Medical, and Wearable Tech

Our display modules power devices in cars, hospital equipment, smart wearables, and commercial installations across Europe, North America, and Asia. Our clients value our responsiveness, reliability, and deep technical support

✅ Fully Certified: RoHS, REACH, ISO9001

All DisplayMan products meet strict international standards for safety, sustainability, and manufacturing quality. You can move forward with confidence in compliance and long-term reliability.