I. Core structure and technical principles

1. Layered and dual-sided design

10-layer stereoscopic structure:

Each layer is independently equipped with high-density LED display modules, stacked vertically to create a three-dimensional visual space.Content flexibility:each layer can display distinct content (e.g., advertisements, dynamic effects) or synchronize for cohesive visuals (e.g., simulating flowing water or starry skies).

Dual-sided display technology:

Each layer features front and rear LED screens for 360° unobstructed viewing.

Independent control modes:

• Mode 1: outer screen displays ads; inner screen shows interactive content (e.g., QR codes, mini-games).
• Mode 2:dual screens synchronize for amplified visual impact.
• Optimized viewing angles: wide-angle LED beads minimize color distortion from side perspectives.

2. Mechanical rotation system

Drive mechanism:

• Core components: servo motor + planetary gearbox + precision drive shaft enable independent or synchronized rotation per layer.

• Rotation forms:each layer can rotate independently, or multiple layers can rotate synchronously, etc.
  

• Speed adjustment: stepless speed control (1–10 RPM) to match scenario rhythms.

Stability assurance:

• Dynamic balancing: the chassis is equipped with a counterweight module to eliminate rotational eccentric force.
• Noise reduction: low-noise bearings and vibration-damping brackets ensure operation ≤45 dB (equivalent to library ambiance).

3. Control system

Synchronized control technology:

PLC + encoder feedback: high-precision encoders detect rotation angles in real time, adjusting LED pixel activation timing to prevent misalignment.

Wireless transmission and programming:

4G/Wi-Fi wireless: wireless connection allows you to upload content via your mobile phone, tablet or laptop and switch playback content at any time. The operation is simple and convenient.

Content management software:

It comes with an operation interface that allows you to edit the rotation mode and switch the playback content.

II. technical advantages and performance features

1. Dynamic visual impact

• Stereoscopic display: 10-layer structure + rotation creates spatial + temporal dual dynamics, increasing viewer dwell time by ≥50%.
• 360° coverage: dual-sided design ensures visibility from all angles in high-traffic areas (e.g., airports, stations).

2. High brightness and color performance

• Brightness: 300–800 nits (adjustable) for visibility in bright indoor settings (e.g., near windows).
• Screen display: 3840Hz high refresh rate and high contrast

3. Modularity and customization

Size customization:

• Number of layers: number of layers can be customized
• Point spacing: provide various dot spacing

4. Stability and durability

• Mechanical lifespan: ≥10-year design life (8 hours/day continuous operation).
• LED lifespan: ≥100,000 hours (MTBF).

Maintenance efficiency: modular design allows single-layer replacement in ≤30 minutes.

III. Typical application scenarios

1. Commercial advertising and brand promotion

Shopping malls:

• Scenario: atriums, escalator landings.
• Effect: layered ads rotate to captivate shoppers, boosting ad conversion rates.

Airports/stations:

Scenario: Waiting halls, security checkpoints.

Functions:

• Outer screen displays flight/train info; inner screen shows commercials.
• Rotation guides passenger flow (e.g., directing to gates).

2. Automotive 4S showroom displays

Core functions:

360° dynamic showcase:

• One screen plays a brand promotional video (e.g., vehicle history, technological highlights).
• The second screen displays real-time specifications (e.g., horsepower, range, autonomous driving features).

3. Art exhibitions and science displays

Science Centers:

• Application: visualize DNA helices or cosmic movements.
• Effect: rotating screens simulate celestial rotations, paired with audio narration for enhanced comprehension.

Art Galleries:

Application: create dynamic light paintings (e.g., animated renditions of Van Gogh’s Starry Night).

4. Public space decoration and urban branding

Urban landmarks:

Scenario: plazas, parks, mall exteriors.

Effect: broadcast cultural documentaries (e.g., historic sites, tourism spots) to elevate city image.

5. High-end product launches and interactive experiences

Car launches:

Application: rotating screens showcase 360° vehicle details alongside holographic driving simulations.

Tech product launches:

Application: display phone/drone disassembly animations to highlight design innovations.

Effect: rotating screens mimic product rotations for a futuristic feel.

Parameter table