Commercial Lighting
Commercial Lighting
dscs

Stage Light Shade

Designed specifically for professional stage lighting systems, the Stage Light Shade utilizes aviation-grade die-casting technology to deliver the triple core performance of heat dissipation, structure, and optics. Its integrated fin array eliminates high-temperature barriers, while anti-vibration reinforcements tame high-frequency vibrations. Precision interfaces accommodate diverse light source modules. From the explosive strobes of concerts to the delicate spotlights of theaters, each stage light and shadow is imbued with the industrial strength of "stable output + long-lasting durability," redefining the quality benchmark for stage lighting.

Product Features:

 

1. Aviation Aluminum Base: Lightweight, Tough and Durable

  • Material: 6063-T5 aluminum alloy, with a density of only 2.7g/cm³, is 35% lighter than zinc alloy housings, reducing the load on the lamp body during hoisting.
  • Strength: Tensile strength ≥ 210MPa, impact resistance increased by 50%, withstanding stage handling and drops, with a deformation rate of <0.2%, ensuring long-term stability.


2. Die-Casting Technology: Complex Structures Molded in One Go

  • One-Piece Molding: Complex features such as heat sink fins, optical windows, and mounting screw holes are die-cast in a single process, with a dimensional tolerance of ±0.05mm, ensuring a perfect fit between the lamp beads and lens module.
  • Optimized Wall Thickness: A gradient wall thickness of 1.8-2.2mm balances structural rigidity and thermal conductivity, increasing heat dissipation from the lamp beads by 30%.

 

3. Bionic Cooling: A "Cool Rule" for High-Temperature Environments
Fin Array: 32 bionic fins + bottom heat sink increase the heat dissipation area by 40%. Combined with the airflow channels in the lamp body, the full-load temperature rise of the lamp beads is reduced by 12°C (compared to a traditional lampshade).
Airflow Optimization: The chamfered fin design reduces wind resistance by 15%, facilitating efficient exhaust from the cooling fan and extending the life of the lamp beads by 30%.


4. Earthquake-Resistant Structure: A "Stable Anchor" for Stage Vibrations
Reinforcement Rib Network: Built-in cross-shaped reinforcement ribs increase structural rigidity by 60%. During high-frequency movement of the moving head light, optical component displacement is ≤0.1mm, achieving 99.9% beam accuracy.
Anti-Loosening Design: Countersunk screw holes + anti-loosening clips ensure a ≥99.5% fit with the lamp body, eliminating loosening and noise, ensuring a zero-interruption performance.

 

5. Surface Engineering: A "Dual Narrative" of Protection and Aesthetics
Black Anodizing: 8-12μm oxide film, salt spray resistance ≥480 hours, resists stage smoke and dust, and is suitable for humid/dusty environments.
Matt Brushed: Surface roughness Ra ≤ 1.6μm, reduces light reflection interference, and aligns with the industrial aesthetic of professional stage performance.


6. Ecosystem Compatibility: Full-Link Customization Support
Interface Customization: Supports customization of optical window openings (diameter and position) and mounting screw holes (M3/M4), compatible with diverse light sources such as COB lamps and laser modules.
Agile Delivery: Die-casting mold development cycle ≤ 25 days, aligning with the iteration pace of stage lighting manufacturers, improving new product launch efficiency by 40%.