This page is your guide for all things Electroluminescent. From How-to Videos, to product shots, uses, and more, if you have questions about anything EL Wire, EL Tape, or EL Panels, you've come to the right place.
New To EL Wire? Click Here - This is a great guide for starters, new to the technology, what to look for, what to buy, etc.
The History Of Electroluminescence - This article goes through the history of Electroluminescent technology and why it has become popular. A must read!
How to Connect EL Wire - This is a step by step instruction guide for how to connect EL Wire to the inverter, or EZ Snap Connectors. Choosing the Correct Inverter - How to choose the right inverter for your project.
EL Wire Data Sheet - Great information and specs for Electric Optics EL Wire.
I Want To Build My Own EL Wire Kit - Where Do I Start? Right here! Great info on different items you need to create your own customized kit.
EL Wire Safety - What the safety implications and how to use EL Wire safely.
How Electroluminescence Works - Great video on the history of Electroluminescence and basic uses.
Who Is Electric Optics? - I'm seeing Electric Optics brand everywhere these days? Where did they come from?
EL Troubleshooting Guide - If your EL Wire stops working, this troubleshooting guide is the first place to look. Inside is a list of common reasons why your EL Wire could have stopped working.
SewGlo™ Connection Guide - New to SewGlo™ Illuminated thread and want some help connection? This is the place to be! This SewGlo™ Connection Guide offers a comprehensive tutorial for integrating SewGlo™ electroluminescent thread into various projects. It provides a step-by-step walkthrough, including a video demonstration on how to make a reliable connection, and details the necessary materials and procedures to ensure optimal performance of your illuminated designs.
SewGlo™ Illuminated Embroidery Guide - This guide provides an overview of SewGlo™ Illuminated Embroidery Thread, detailing machine settings, stitching techniques, fabric compatibility, and connection methods. It includes best practices for achieving optimal embroidery results, power requirements, and customization options for integrating light-up thread into various applications.
SewGlo™ Illuminated Thread Technical Data Sheet - SewGlo™ Illuminated Thread is a cutting-edge electroluminescent fiber designed for embroidery, sewing, and weaving applications, offering flexibility, durability, and vibrant illumination. This technical data sheet provides key specifications, performance metrics, and best practices for integrating SewGlo™ into custom textile projects.
SewGlo™ White Paper - SewGlo™ Electroluminescent Thread is an innovative lighting technology that combines flexibility, efficiency, and seamless integration into textiles. This white paper explores its applications in fashion, safety gear, automotive interiors, and stage design, highlighting its advantages, usage methods, safety considerations, and emerging business opportunities.
The Difference Between VynEL™, Elastolite, and EL Panels - What is VynEL™ Lighting and how it differs from typical EL Panels?
How to Heat Bond VynEL To Fabrics - This guide will walk you through step by step to heat bond VynEL directly to a garment or fabric. It's super easy, a fun DIY project and all kinds of awesome.
Top Uses For VynEL Lighting - VynEL® can be seamlessly integrated into a variety of applications. Whether used in transportation, safety, fashion, wayfinding, or marine applications, this innovative lighting technology offers unique advantages over traditional lighting solutions.
How To Cut And Connect VynEL™ Panels - This page lets you download a user guide on how to use Crimp Connectors to cut and solder your VynEL™ lights.
VynEL™ DIY Light-Up Garment Guide - This page gives you a step by step walk through (and video) to show how easy it is to create your own glowing garments.
VynEL™ Cling Automotive Installation Guide - This guide helps you apply light to the outside of your vehicle, similar to how a car wrap is applied. Our VynEL Cling line of panels gives you the ability to apply lit graphics or accents to cars, boats, planes and more.
VynEL™ Wearable Lighting Design Guide - This comprehensive guide will walk you through everything you need to know about adding lights to your garments. Whether you are a brand looking to incorporate VynEL lighting into your garments, or a DIY'er looking to upgrade your wardrobe, if you read one thing today, make sure it's this!
The Difference Between Split and Parallel EL Tape - This handy guide is great for determining whether Split or Parallel EL Tape will be better for your project.
How to Connect Parallel EL Tape - Step by step instructions to connect Parallel EL Tape to an inverter, or EZ Snap Connectors
How to Connect Split EL Tape - Step by step instructions to connect Split EL Tape to an inverter, or Molex connectors
EL Tape Billboard - EL Tape can be used in a number of different uses. Think big!
How To Attach EL Tape To A Hard Surface - Quick video to show how to do it easily and quickly.
Lite Tape (EL Tape) Energy Consumption - This page is dedicated to showing the relevant data for EL Tape and how it compare to neon or other lighting sources. Check out the graph to really see the difference in operating costs!
Cutting EL Tape (OR Panels) - This page is due to a common question we get when talking about cutting panels. CHECK out this video!
How To Make Your Own EL Panel Poster - This step by step guide shows you how to make a light up poster using EL Panels and vinyl or a translucent print. It's a quick and easy way to make a professional looking sign light up, and a fun project for kids and adults!
The Versatile Uses Of EL Panels - They say EL Panels have a million and one uses. Here's a brief overview of some popular ways you can use an EL Panel.
Pixel-Free LED™ - Heard about an awesome diffused light strip? Pixel-Free LED is the answer to many lighting needs. It's diffused half-moon profile allows for evenly diffused lighting that installs onto many surfaces, making it perfect for retail and trade show displays, exhibits and more.
Pixel-Free LED™: The Ultimate Guide to Seamless Lighting - Looking for dot-free, ultra-smooth LED illumination? The Pixel-Free LED™ collection from Ellumiglow offers a variety of flexible, high-quality LED solutions designed for architectural accents, signage, stage lighting, and more. This guide breaks down the key differences between Pixel-Free LED™ Roll, Trim, Commercial Strip Light, and On Board Eco LED Strip, detailing bending directions, best use cases, and why you might choose one over another. Whether you need horizontal or vertical bending, indoor or outdoor durability, or cost-effective lighting solutions, we help you find the perfect fit.
EVERYTHING YOU NEED TO KNOW ABOUT LED STRIP LIGHTS - This handy guide will help you navigate the ever changing world of LED Strip lights and how to use them!
TruEL™ Wire Specification Sheet - Looking to add some serious glow to your next project? TruEL™ Wire is a 360-degree electroluminescent wire that’s brighter, tougher, and more flexible than standard EL wire. Whether you're decking out a stage, upgrading your car interior, or crafting the ultimate Tron-inspired cosplay, this wire has got you covered. With outdoor-rated durability, customizable colors, and the ability to overdrive for max brightness, it’s like giving your designs a VIP pass to the neon revolution. Just remember... not all heroes wear capes, but they definitely use the right inverter. 😉
TruEL™ Wire Connection Guide - Connecting TruEL™ Wire is easier and more reliable than traditional EL wire, thanks to its two durable core wires instead of fragile angel-hair strands. This guide walks you through the step-by-step process of stripping the outer jacketing, removing the phosphor coating, soldering connectors, and applying heat shrink tubing to ensure a solid, long-lasting connection. Whether you're setting up stage lighting, costumes, or custom installations, this guide ensures your TruEL™ Wire shines at its brightest.
How to Cut & Connect Laser Wire - This guide walks through the correct method for cutting, terminating, and reconnecting Laser Wire to ensure reliable light output and long-term performance. Unlike traditional EL Wire, Laser Wire uses an LED light source and fiber optic core, which requires precise handling at cut points. You will learn how to make clean cuts, properly seat the fiber into connectors, and avoid common mistakes that can reduce brightness or cause signal loss. The accompanying video demonstrates the process step by step, while the document provides quick-reference diagrams, compatible connector types, and best practices for strain relief. Ideal for installers, designers, and fabricators working on custom lengths or field modifications.
Laser Wire White Paper - This white paper provides a technical foundation for understanding how Laser Wire works and why it performs differently from traditional EL Wire and standard fiber optics. It explains Laser Wire through the lens of Light Diffusing Fiber (LDF), a purpose-engineered optical fiber designed to intentionally emit light along its length rather than simply transmit it end to end. The paper covers key concepts such as controlled light decay, profile selection (Super Pop, Pop, Accent, and Ice), and how different wavelengths behave within the fiber. It also explores critical system components including light sources, lensing, connectorization, and fiber polishing, all of which directly impact brightness, uniformity, and efficiency. Advanced topics like dual-ended illumination, color blending, gradients, and perceived brightness are illustrated with clear diagrams. This document is ideal for designers, engineers, and integrators looking to deeply understand Laser Wire performance and unlock its full creative potential.
Capsule Module Spec Sheet - The Capsule Module is a compact, efficient light engine designed specifically for Laser Wire applications. This spec sheet outlines electrical requirements, output characteristics, connector compatibility, and physical dimensions. It also includes information on color options, power consumption, thermal performance, and mounting considerations. Whether you are designing wearable lighting, architectural accents, or automotive applications, this document helps ensure correct module selection and system integration. Pair this spec sheet with the overview video for a practical understanding of how the Capsule Module performs in real-world installations.
DMX RGB Module Spec Sheet - This spec sheet details the DMX-controlled RGB module designed for dynamic Laser Wire installations. It covers DMX channel configuration, voltage requirements, color mixing capabilities, and maximum fiber run lengths. Additional sections include environmental ratings, connector pinouts, and control compatibility with common DMX controllers and lighting consoles. This document is ideal for entertainment, stage, event, and architectural projects requiring synchronized color effects or animated lighting. The accompanying video demonstrates live color transitions and programming examples to help visualize performance before deployment.
Laser Wire Cabling Spec Sheet - The Laser Wire Cabling Spec Sheet provides a detailed overview of available cable types, connector options, extension lengths, and system limits. It explains how power, signal, and fiber are managed within the Laser Wire ecosystem and how to select the correct cabling for your application. You will find guidance on maximum run distances, voltage drop considerations, and recommended layouts for clean installations. This resource is especially useful during planning and quoting stages, helping reduce installation issues and unnecessary components.
Welted Profile Installation Guide - This installation guide explains how to integrate Laser Wire into welted profiles for clean, protected, and visually seamless results. Commonly used in automotive interiors, upholstery, apparel, and soft architectural applications, welted profiles provide structure while maintaining flexibility. The guide includes preparation steps, routing techniques, fastening methods, and bend radius recommendations. Diagrams and video demonstrations show how to achieve consistent light diffusion and avoid pinching or fiber damage during installation. This resource is ideal for both professional installers and advanced DIY projects.
Cost of Ownership: EL Wire vs Laser Wire - This guide compares the long-term cost of ownership between traditional EL Wire and Laser Wire. While EL Wire may have a lower initial cost, factors such as inverter replacement, shorter lifespan, brightness degradation, and higher power inefficiency can increase long-term expenses. Laser Wire, powered by LEDs, offers longer service life, higher brightness, lower maintenance, and improved energy efficiency. This document breaks down upfront costs, operating lifespan, power consumption, and replacement cycles to help you make an informed decision based on total value rather than initial price.
Differences Between EL Wire and Laser Wire - This overview explains the fundamental differences between EL Wire and Laser Wire in terms of technology, performance, and application use. EL Wire relies on phosphor excitation using high-frequency AC power, resulting in softer light and limited brightness. Laser Wire uses an LED-driven fiber optic system, delivering brighter output, improved color consistency, and greater durability. The guide highlights differences in power requirements, flexibility, lifespan, dimming capability, and suitability for wearables, automotive, architectural, and entertainment applications. Ideal for customers deciding which technology best fits their project goals.
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