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Creative & Custom LED Displays Flexible LED Displays
P0.9 – P4 · Min Cylinder 764mm / 815mm · Indoor + Outdoor
Flexible LED Display — Physical Overview
Module construction, magnetic mounting system, and bend capability. All models share the same 5-layer flexible architecture — polyimide PCB, GOB protection, silicone chassis, and 28 neodymium magnets.
Flexible Module — Front View (Flat)
Module — Bend Angle (145°–165°)
Rear View — 28 Neodymium MagnetsWhat Makes Flexible LED Different
A flexible LED display uses bendable PCB modules that conform to curved, cylindrical, and irregular surfaces — breaking free from the flat-rectangle constraint of standard LED panels.
DOIT VISION flexible LED modules are manufactured with a specialized PCB substrate and component layout that allows controlled bending without compromising LED alignment or electrical reliability. Each module undergoes a 72-hour continuous aging test in its curved configuration before shipment, ensuring that every pixel stays perfectly aligned and every solder joint holds under sustained flex.
We ship flexible LED displays to AV integrators, event production companies, retail designers, and architectural firms across 55+ countries. Standard flexible modules ship within 20–30 business days. Custom bend radius or non-standard module sizes enter an engineering sprint that typically completes in 35–50 business days, including structural frame fabrication and content mapping.
At a Glance
- ✓ Pixel Pitch:P0.9 – P4mm
- ✓ Min Cylinder:764mm / 815mm
- ✓ Indoor / Outdoor:Both (IP65 outdoor)
- ✓ Module Size:240×120mm, 320×160mm
- ✓ Control:Novastar / Colorlight / Brompton
- ✓ Refresh Rate:3840Hz
- ✓ Brightness:1,000–6,500 nits
- ✓ Warranty:2 Years
Give suggestions on selection, point to the alternative series (inner chain), and conclude with a 24-hour response from the engineer.
Two Ways to Build a Curved Surface. Only One Is a True Curve
Rigid panels bolted to angled brackets approximate a curve as a series of flat facets. True flexible LED modules bend to a continuous arc — no polygon, no seams.
Smooth Continuous Arc, Zero Faceting
Rigid panels on angled brackets create visible facet lines at every joint, and content looks segmented across angles. Flexible LED modules bend to a continuous arc — the curve is smooth, the image is uninterrupted, and the viewing experience is truly immersive from any angle.
20–25% Lighter Than Rigid
Flexible LED modules use a thinner PCB substrate and require less structural framing than rigid panels configured on angled brackets — which also need a stronger, heavier support structure to hold the bracket angles. That weight difference matters for suspended installations, touring rigs, and structures with load limits.
Magnetic Front Service — No Rear Access
Every module attaches magnetically from the front. If an LED fails or a module needs replacement, a technician can swap it in under 30 seconds without dismantling the surrounding structure. Rigid-on-brackets configurations typically require rear access for service.
One Supplier, One Warranty
DOIT VISION manufactures the LED modules, designs the structural frame, pre-configures the receiving cards, and provides the content mapping file. You receive a single shipment with a single 2-year warranty — no finger-pointing between module supplier and frame fabricator.
Where Flexible LED Gets Used
From permanent architectural installations to temporary event staging, flexible LED displays appear wherever the surface is not flat. Each scenario carries our recommended configuration path.
Column & Cylinder Wraps
Recommended: Option A — Turnkey · 240×120mm (P2–P3) · 764mm min The most common question we receive: "My column is Xmm in diameter — can flexible LED wrap it?" The answer depends on module size, not pixel pitch. 240×120mm modules handle columns from 764mm diameter; 320×160mm needs 815mm minimum. Below 764mm, we advise against flexible LED: PCB copper trace stress at that bend angle exceeds the long-term reliability limit.
Curved Walls — Cafés, Restaurants & Retail
Recommended: Option A — Turnkey · 320×160mm (P2–P3) Flexible LED removes the facet-line problem of angled rigid panels for continuous arched walls. A 150m² arched café wall in Dubai runs on P2.5 standard modules — right pitch for 2–3m seating viewing distance. The key planning metric is total coverage: 150m² at 320×160mm means ~2,930 modules.
Retail & Shopfront Windows
Recommended: Option A — Turnkey · 320×160mm, GOB below P2.0 Window displays see daily cleaning and frequent staff contact. GOB protection is strongly recommended for retail — the coating survives cleaning with standard glass cleaners without damaging pixels. On P3.0 and coarser, standard modules handle routine cleaning without GOB.
Stage & Event Backdrops
Recommended: Option B — DIY Modules · 320×160mm (P3–P4) For touring or multi-event use, flexible LED modules are assembled and disassembled repeatedly. GOB is strongly recommended for any flexible LED used in rental or repeated-install applications at P2.0 and below. For one-time permanent stage installs at P2.5 or coarser, standard modules are fine.
Architectural Integration
Recommended: Option A — Turnkey · 320×160mm outdoor IP65 (P3–P4) Curved facades, elevator surrounds, and ceiling wave installations are permanent — no opportunity to adjust after handover. One structural reality: the iron frame for flexible LED has less dimensional tolerance than aluminum die-cast frames for rigid LED. Achieving a flush surface requires placing adjustment shims under individual modules.
Hospitality & Corporate Lobbies
Recommended: Option A — Turnkey · 320×160mm (P2–P3), pre-mapped Hotel lobbies and corporate receptions are high-visibility permanent installations — a single dead pixel is seen by thousands of visitors. For these, GOB is not optional. We recommend a 6-month and 12-month maintenance check to inspect module edge adhesion in high-ambient-temperature lobbies.
Send us your room dimensions, operator-to-screen distance, and ambient light conditions (lux measurements preferred). Our engineers respond with a pitch-and-brightness recommendation within 24 hours — no charge, no commitment. Submit your project specs →
Flexible LED Specs by Configuration
All four configurations share the same module architecture. The differences are in pixel pitch range, minimum cylinder diameter, and brightness.
Recommended Viewing Distance by Pixel Pitch
| Model | Pixel Pitch | Min. Viewing Distance | Optimal Viewing Distance | Typical Application | Relative Resolution |
|---|---|---|---|---|---|
| 型号 1 | 间距 | 最小视距 | 最佳视距 | 典型应用 | |
| 型号 2 | 间距 | 最小视距 | 最佳视距 | 典型应用 |
Four Ways to Mount Flexible LED
Which method fits depends on the surface, whether the install is permanent, and how often the display needs to come down.
Flexible LED Case Studies
Real flexible LED projects delivered across retail, hospitality, entertainment, and architectural sectors in 55+ countries.
P1.5 GOB Indoor Cylinder — Lisbon Venue
Column diameter 1.53m, height 3.2m per column. P1.5 pixel pitch for close-range viewing (1–2m). GOB mandatory: public-contact environment. No rear access post-installation.
240×120mm P1.5 GOB flexible modules. Cylinder diameter 1,530mm = 2× the 764mm minimum — comfortable PCB stress margin for permanent installation. GOB applied at factory with modules held at installation bend angle.
"Never push a flexible LED install to its minimum bend diameter. 1.5–2× the limit is the reliable zone for long-term permanence." — Ye, Senior Structural Engineer
150m² Curved Arched Wall — Dubai Café
150m² required cost efficiency without sacrificing visual quality at café distances. Variable-radius arch: some sections concave, others nearly flat. Steel frame needed custom fabrication per section.
P2.5 standard flexible modules (320×160mm). No GOB required: staff-only rear access eliminates pixel contact risk, saving ~18% on module cost at this scale. Novastar with factory-loaded calibration file. ~2,930 modules total.
"Right-sizing GOB on a 150m² hospitality project saved ~18% module cost where it genuinely wasn't needed — staff-only rear access removes the pixel-contact risk GOB normally protects against." — Ye, Senior Structural Engineer
Immersive LED Tunnel — Cabinet-Based Assembly
Frame + magnetic modules (Path A) would need weeks of on-site welding to fabricate compound curves at the wall-ceiling transitions — a schedule and quality risk for a fixed-opening-date attraction.
Pre-assembled curved aluminum cabinet sub-frames (Path B) instead of on-site frame fabrication. Modules pre-mounted, wired, and calibration-mapped at the factory. Every cabinet passed a 72-hour burn-in aging test in its final curved state.
"For a simple single-curve wall, frame + magnetic modules is usually the better value. But once you have compound curves, pre-assembled cabinets remove weeks of on-site welding risk." — Ye, Senior Structural Engineer
Flex — Engineered, Validated, Awaiting Its First Field Installation
Is your project the first Flex deployment?
Contact Kris Liang directly to chat about verification data + factory video connection.
WhatsApp Kris Liang — Discuss Flex →Flex Wall Calculator
Enter your wall dimensions to calculate cabinet count, total resolution, and power requirements — instantly, with no signup.
Results are estimates based on cabinet count rounding. Contact our engineers for a confirmed cabinet count and structural load calculation.