Dual-Tube Strobe: The Ultimate Stage-Lighting Arsenal.
S200

Description: Defining the new standard for professional strobes, integrating blinding output, a compact form factor, and a mission-critical cooling system.
Target Audience: For large-scale production companies and premium venues that demand absolute equipment stability, superior light quality, and maximum operational lifespan.

This isn't just a light; it's industrial art engineered for top-tier stages."

Brand positioning and core message

Description: The industry benchmark in professional strobes, masterfully engineered for extreme brightness, a lightweight profile, and industrial-grade thermal management.

Target Audience: Engineered for elite rental houses, major music festival organizers, and high-end club installations where uncompromising reliability, optical performance, and longevity are non-negotiable.

Single-Sided, Double-Layer Potting with Via-Hole Technology

Single-Sided, Double-Layer Potting with Via-Hole Technology
Conventional Drawback: Traditional designs feature dispersed layouts of LED beads, driver ICs, and resistors/capacitors, interconnected by wires. This leads to a bulky structure, inefficient heat dissipation paths, unstable light output, and reduced product lifespan.
Our Solution: We co-package the LED light source, driver ICs, and protective components onto a single PCB. This creates a clean, space-saving panel layout. The streamlined design allows the light-emitting surface to be positioned extremely close to the front glass, eliminating the dead space required by conventional structures. This achieves an ultra-slim bezel with a maximized illuminated area, enabling a more compact and quantized overall product design.
Furthermore, this integration drastically shortens signal transmission paths, virtually eliminating signal interference and delay for microsecond-level response times.
The board utilizes a single-sided, double-layer circuit design interconnected by precision via-holes. It then undergoes a comprehensive vacuum potting process, where the compound fills every microscopic gap. This creates a triple-defense system (waterproof, dustproof, shockproof), equipping the fixture to withstand the rigors of transportation and demanding live events

White-Strobe Core: A Thermal Management & Lifespan Breakthrough

Under the Hood: Engineered with a "Dual-Tube White Light Array on a Potted, Single-Sided/Double-Layer Electrolytic Tough Pitch (ETP) Copper Substrate."
The Inherited Limitation: Conventional aluminum-clated PCBs (~ 2 W/m·K thermal conductivity) act as a thermal bottleneck. Heat saturation at the LED junction precipitates accelerated luminous decay and significant color drift (visible dimming and tint change).
Our Material Science Advancement: We have initiated a material revolution by integrating a solid copper core PCB. This high-purity substrate boasts a superior thermal conductivity of 300 W/m·K, offering 150-fold greater thermal transfer efficiency versus aluminum. It functions as an "instantaneous heat conduit," evacuating thermal energy from the LED junction the moment it is generated.

『StormCool』— Active Smart-Fan Thermal System

Utilizing Computational Fluid Dynamics (CFD) simulation, we engineered a "dual-intake, single-exhaust" directional intelligent air duct that creates a powerful convective flow. Advanced Airflow Path: The air moves like a "wind blade", precisely sweeping across the copper substrate and critical heat zones. This enables highly efficient heat exchange, eliminates turbulent hot air pockets inside the fixture, and boosts cooling efficiency by 300% compared to traditional single-fan designs. LED Chip Thermal-Electric Separation: The core heating element is in direct contact with the copper plate, allowing heat to be "instantly drawn away". Coupled with the triple-fan intelligent air duct, it forms a perfect closed loop of "absorption, conduction, and dissipation". Value to Our Clients: This system eradicates the pain point of light decay. Even under continuous full-power strobe operation, brightness remains unwavering. It extends LED chip lifespan by over 3 times, significantly reducing long-term maintenance costs and eliminating concerns about brightness degradation.

"Dual-Core Flash King" vs. Conventional Strobe Light - Core Configuration Comparison Chart

Feature Dimension

RGB Light Source System

White Light Source System

Panel Material

Housing Structure

Dual-Core Flash King (This Product)

RGB LED & IC Integrated Design
• Single-sided, double-layer potting with via-hole technology
• Aluminum substrate

Single-sided, double-layer potting with via-hole technology
• Core: High thermal conductivity copper substrate
• LED bead with separated electrical and thermal paths

High-transparency tempered glass

Die-cast aluminum housing
• Four-sided straight-line design
• IP65 rated

Conventional Strobe Light

LED beads and driver ICs are separate
• Traditional soldering, spot potting or no potting
• Ordinary FR-4 fiberglass substrate

Ordinary aluminum substrate or FR-4 substrate
• Traditional LED bead structure, long thermal dissipation path

Ordinary Acrylic (PMMA)

Plastic housing or simple aluminum shell
• Rounded corners or non-standard design
• Lower IP rating (e.g., IP20)

Core Value for You

✅ Ultimate Stability: Resists vibration and loosening, extremely low failure rate.
✅ Rapid Response: Lossless signal transmission, seamless color switching.
✅ Rugged Durability: Potting provides protection against moisture and dust, suitable for harsh environments.

✅ Eliminates Lumen Depreciation: Copper substrate enables rapid heat conduction, ensuring sustained high-brightness output.
✅ Sustained Full Power: No thermal concerns, capable of continuous high-intensity operation.
✅ Doubled Lifespan: Lower core temperature significantly extends LED bead life beyond ordinary products.

✅ Superior Optical Clarity: Never yellows, higher light transmission rate.
✅ Wear & Scratch Resistant: Eliminates scratches from transport and use, maintains a like-new appearance long-term.

✅ Professional Protection: Withstands outdoor rain, dust, and dirt.
✅ Seamless Assembly: Can be combined into tidy, stunning light walls.
✅ Robust Heat Dissipation: Housing acts as an additional heat sink, enhancing overall reliability.