CRC Series: Modular LED Video Wall Panels for High-Efficiency Stage Rental
Structural Engineering Profile
The CRC series defines the industry standard for versatile LED video wall panels, balancing structural rigidity with an ultra-lightweight die-cast aluminum chassis. Engineered specifically for the high-frequency demands of the rental market, these panels feature a standardized 500x500mm / 500x1000mm frame that supports seamless mechanical alignment and rapid, tool-free assembly. The CRC architecture ensures maximum signal integrity and heat dissipation, providing system integrators with a reliable, long-term solution for professional stage backgrounds.
Precision Splicing: High-strength fast-lock systems and integrated positioning pins for gapless, large-scale video wall configurations.
Maintenance Efficiency: Fully modular power box and magnetic module design, allowing for 5-second front or rear service without dismantling the structure.
Versatile Pitch Range: Optimized for P1.9, P2.6, and P3.9 configurations to meet diverse resolution and viewing distance requirements.
Touring Durability: Reinforced corner guards and industrial-grade connectors designed for secure transport in LED video wall packages
FLEXIBLE MIXED SPLICING
500*1000mm and 500*500mm panels can be spliced in the vertical directionIn this way, the screen size can be adjusted more flexibly.
Highlights of the Curved System
To help your clients understand the technical edge, you might emphasize these points:
Precision Control: Fine-tune the degree of the curve with a simple slide-and-lock mechanism.
Module Resilience: Specialized flexible masks and PCBs prevent damage during bending.
Creative Freedom: Seamlessly transition from flat surfaces to smooth wave or circular shapes.
Cube 90 degree design available
Designed for 90-degree right-angle installations, this screen features a specialized beveled frame that enables seamless corner joining. This allows for a perfect L-shaped transition, creating a smooth, continuous visual experience across sharp edges with zero gap interference.
