The Topflashstar 3D LED Mirror Dance Floor redefines event entertainment by combining cutting-edge technology, durability, and immersive visual effects. Designed for weddings, discos, and large-scale stage performances, this dance floor delivers breathtaking 3D mirror effects, programmable lighting, and robust construction to elevate any occasion.
Unmatched Durability & Safety
Crafted with 10mm high-strength tempered glass, each panel supports up to 500kg/m², ensuring safety during high-traffic events. The non-slip surface prevents accidents, making it ideal for energetic dance floors. With an IP67 waterproof rating, the floor withstands spills and outdoor conditions, while its plastic-steel hybrid frame resists wear and corrosion.
Seamless Installation & Control
The magnetic connection system allows rapid setup without tools—modules snap together in seconds. Control via DMX512 protocol enables synchronization with music and lighting systems, creating dynamic patterns (solid colors, 3D effects, or rhythmic animations). Each controller manages 100 panels, and a single power supply supports 20 panels, simplifying large-scale deployments.
Advanced Technical Specifications
• Voltage: AC 110-240V 50/60Hz (global compatibility)
• Power Consumption: 15W/panel (energy-efficient)
• LEDs: 60x 5050 SMD RGB chips (vibrant colors)
• Lifespan: 100,000 hours (minimal maintenance)
• Panel Size: 50x50x7cm (modular design)
• Effects: 3D mirror illusions, pattern cycles, solid color transitions
Ideal Applications
• Weddings: Create romantic aisles or dance floors with synchronized lighting.
• Clubs & Discos: Enhance energy with pulsating effects tied to music beats.
• Corporate Events: Display logos or brand colors via programmable DMX512.
Why Choose Topflashstar?
Topflashstar integrates innovation with reliability. Our dance floors feature certified IP67 protection, 50,000+ hour LED longevity, and plug-and-play magnetic installation. Whether for a wedding or a concert, we guarantee a transformative visual experience.
Post time: Sep-02-2025
