Description

Modular Acoustic Panel System with Optical Fiber Lighting

This innovative modular acoustic panel system combines exceptional sound absorption with a visually stunning optical fiber lighting feature, replicating the effect of a starry night sky. Designed with high-quality polyester material, the panels effectively trap and dissipate sound energy, enhancing the acoustics of any space.

The embedded optical fiber light system offers a soft, ambient glow, which can be enhanced with optional cove lighting for additional visual impact. The panels are pre-wired with end-glow fiber optics, ready for direct ceiling mounting or seamless integration into existing ceiling grid systems, ensuring a hassle-free installation process.

Key Features:

• Customized Design: Choose from customized prints or prints with optical fiber lighting, tailored to fit your project’s specific aesthetic and functional requirements.
• Starry Night Effect: The optical fiber lighting system delivers a realistic night sky effect with precision and elegance, creating a calming and visually captivating ambiance.
• Hassle-Free Installation: Pre-wired panels allow for direct mounting or retrofitting into existing grid systems.
• Dual Functionality: Maintains superior acoustic performance while offering an enhanced visual experience.

Technical Specifications:

• Material: Polyester + Optical Fiber
• Thickness: 9mm, 12mm
• Size: Fully customizable to meet project-specific needs
• Standard Diameter Options: 1.2m, 1.8m, 2.4m (custom sizes available)
• Lighting Options:
  • Light Color: Single or color-changing
  • Accessories:
    • Controller: For easy operation and light settings adjustment
    • Power Supply: Ensures reliable and consistent lighting performance
    • LED Light Source: Efficient lighting for optical fibers
    • Optical Fiber Light: Creates a precise starry night effect

This system is ideal for creating a blend of acoustic comfort and visual allure in spaces like conference rooms, theaters, luxury lounges, and hospitality environments.