Engineering Precision in 3D Motion Technology
The Kinetic LED Matrix Display represents a fusion of high-refresh-rate LED modules and silent, high-speed motorized actuators. Designed for complex visual choreographies, each unit operates with millimeter-level accuracy, allowing for smooth telescopic extension and retraction. The system supports real-time synchronization through standard DMX or Art-Net protocols, enabling the physical screen to move in perfect harmony with 3D video content for a truly immersive structural performance.
Dynamic Spatial Integration via Kinetic LED Systems
Kinetic LED displays combine modular screen units with synchronized mechanical actuators to move video surfaces along the Z-axis. This hardware integration allows for the physical manipulation of display depth, transforming flat digital content into a three-dimensional structural performance. Controlled via DMX or specialized motion control software, the system ensures sub-millimeter precision in movement speed and positioning, enabling the hardware to respond directly to frame-level video cues.
Low-Profile Embedded Design for Space Efficiency
The Kinetic LED Display features a total mechanical depth of 32 cm, engineered specifically for flush-mount or recessed indoor installations. This slim form factor minimizes the structural footprint, allowing for integration into wall cavities or restricted architectural spaces without encroaching on usable floor area. By utilizing an embedded mounting system, the hardware remains concealed within the building’s interior profile, maintaining spatial flow while providing full telescopic movement.
FIXED installation method
Rental Installation Method
Hardware connection
Logistics and Installation Hardware for Rental Operations
The Kinetic LED Display system is shipped in dual-unit flight cases designed for international transport and storage. Each case contains two LED matrices and their corresponding mechanical actuators, secured within shock-absorbent internal padding. For site deployment, the system utilizes a proprietary stacking truss structure that standardizes the mounting interface. This truss framework facilitates rapid assembly and disassembly by aligning the motorized components with the structural supports, reducing the labor hours required for temporary event setups.
Technical Gap Precision and Modular Maintenance
The sliding mechanism is engineered to maintain a module-to-module gap of ≤2mm during operation. This structural tolerance ensures visual continuity across the matrix during both static and kinetic phases, preventing image distortion or visible alignment breaks. The mechanical tracks are calibrated for repetitive motion, sustaining alignment precision across high-frequency extension and retraction cycles.
The system utilizes a modular architecture to streamline onsite assembly and technical service. Each LED unit and its corresponding drive component can be accessed independently, allowing for rapid hardware swaps without dismantling the entire array. This modularity reduces downtime during routine maintenance and standardizes the installation process for both permanent and temporary configurations.
Wide Applications
Stage and Event Production
Kinetic LED matrices are utilized in concert touring and theater to create automated, multi-dimensional stage backgrounds. The Z-axis movement allows for physical scene transitions and rhythmic synchronization with live performances.
Commercial Architecture and Retail
The system is installed in flagship stores, corporate lobbies, and shopping malls as an interactive digital feature. Its 32 cm low-profile design permits installation in high-traffic areas where floor space is limited, serving as both a branding tool and a structural art piece.
Exhibition and Showroom Design
Trade show booths and automotive showrooms use the telescopic motion to highlight product features. The ability to physically “push” content toward the viewer or retract to reveal physical products provides a high-impact method for product launches and technical demonstrations.
Specifications
| Application | Indoor | Outdoor | |||
| Model | 160x160mm | 250x250mm | 495x495mm | ||
| Pixel Pitch | 1.98mm | 1.5625mm | 1.94mm | 2.604mm | 10mm |
| LED Module Dimension(WxH) | 160 × 160mm | 248.5 x 248.5 mm | 495×245 mm | ||
| Gap between Units | 1 (0.5～1.5) mm | 1.5 (1.0~2.0) mm | 5(3.5～6.5) mm | ||
| Motion Unit Dimension(WxH) | 160×160mm (0.0256m²) | 248.5 x 248.5mm (0.0618m²) | 495×495 (0.25m²) | ||
| Resolution of Unit | 80×80 | 160×160 | 128×128 | 96×96 | 48×48 |
| Cabinet Dimension(Motion Units Qty) | 640×480mm (4×3) | 500x500mm (2×2) | 1000×1000mm (2×2) | ||
| Cabinet Thickness (Standby mode) | 320mm | 320mm | 1400mm | ||
| Max. Forward Stroke | 200mm | 200mm | 600mm | ||
| Max. Forward Speed | 300mm/s | 500mm/s | 800mm/s | ||
| Min. Forward-back Cycle Time | ＜0.7s | 0.5s | ＜1.5s | ||
| Motion Qty per Sqm | 39 | 16 | 4 | ||
| Weight per Sqm | 80Kg/m² | 52Kg/m² | 180Kg/m² | ||
| Max. Power Capacity | 900W/m² | 720W/m² | 1,500W/m² | ||
| Power Supply Requirement | ≤3KW:220V Single phase | ≤3KW:220V Single phase | ≤3KW:220V Single phase | ||
| ≥3KW:380V Three phases/Five wires | ≥3KW:380V Three phases/Five wires | ≥3KW:380V Three phases/Five wires | |||
| Screen Brightness | ≥700 nits | ≥600 nits | ≥7,000 nits | ||
| Ambient Temperature | 0～40℃ | 0～40℃ | -10～60℃ | ||
| IP Rating | IP40 | IP40 | IP65 | ||
| Environmental Attentions | Indoor use, no corrosive gases, no flammable gases, no oil mist and dust | Indoor use, no corrosive gases, no flammable gases, no oil mist and dust | Outdoor use | ||
| Heat Dissipation | Open self-cooling (with fan cooling) | Open self-cooling (with fan cooling) | Semi-closed Self-cooling (with fan cooling) | ||
