Laser Wire White Paper
Laser Wire is built on a fundamentally different lighting technology than traditional EL Wire or standard fiber optics. This white paper provides a technical overview of how Laser Wire works, why it delivers superior brightness and uniformity, and how its performance can be tailored through profile selection, light sources, and system design.
The embedded document below explores Laser Wire through the lens of Light Diffusing Fiber (LDF), an optical fiber engineered to intentionally emit light along its length rather than simply transmit it from one end to the other. This page highlights the key concepts covered in the white paper and helps guide you through what you’ll learn.
What Is Light Diffusing Fiber (LDF)?
Unlike conventional fiber used for data transmission, LDF is designed to be lossy by nature. When light is introduced into the core of the fiber, it disperses outward along the entire length, creating an even, continuous glow. The white paper explains how Laser Wire controls this light decay so that less than 10% of the light exits the end of the fiber at its intended length, maximizing visible illumination throughout the run.
Profiles & Performance
Laser Wire is available in multiple profiles, each engineered to balance brightness and run length:
Super Pop for short, ultra-bright runs
Pop for medium-length applications with balanced output
Accent for longer runs in low-light environments
Ice for phosphor-shifted white light
The white paper explains how decay rate, wavelength, and profile selection affect perceived brightness and uniformity across different applications.
Light Sources, Lensing & Polishing
A major focus of the document is the importance of proper system design. Connector quality, optical lensing, and fiber-end polishing all directly impact performance. The paper explains why focused laser-based light sources are often preferred over LEDs, and how precise alignment with the fiber core ensures even illumination.
Advanced Capabilities
The white paper also covers advanced configurations such as dual-ended illumination, color blending, gradients, and perceived brightness based on wavelength and viewing angle. These techniques unlock effects not possible with EL Wire or traditional fiber systems.
Download the Full White Paper
For detailed diagrams, technical explanations, and deeper insight into Laser Wire system design, download the complete Laser Wire White Paper below.
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