People with dyslexia often have two dominant eyes instead of one which contributes to reading problems that also cause eye strain, so the 'Lexilight' reading aid lamp has been shown off at CES 2020 as an effective solution.
The lamp works by combining pulsed light with modulated light in order to erase the mirror effect that can occur for those who have two dominant eyes. This will enable users with dyslexia to read faster, longer and without experiencing eye strain, which will help those of any age to effectively retain more educational information or leisure content than ever.
The 'Lexilight' reading aid lamp features high-quality LEDs, a range of buttons for adjustment and the ability to change the lighting mode to suit specific needs.
Dyslexia-Accommodating Lamps
The 'Lexilight' Reading Aid Lamp Supports Dyslexic Users at CES 2020
Trend Themes
1. Dyslexia-accommodating Lamps - The 'Lexilight' reading aid lamp addresses the reading problems and eye strain faced by people with dyslexia, providing a solution for easier and more comfortable reading.
2. Combined Pulsed and Modulated Light - The combination of pulsed and modulated light in the 'Lexilight' lamp disrupts the mirror effect caused by two dominant eyes in dyslexic individuals, enabling faster and more efficient reading.
3. Adjustable Lighting Modes - The 'Lexilight' reading aid lamp's adjustable lighting modes cater to specific needs, offering a personalized reading experience for individuals with dyslexia.
Industry Implications
1. Assistive Technology - The 'Lexilight' reading aid lamp falls within the assistive technology industry, providing a solution that enhances reading abilities for people with dyslexia.
2. Educational Technology - The 'Lexilight' lamp's ability to help dyslexic individuals retain more educational information opens up disruptive innovation opportunities in the educational technology sector.
3. Lighting Solutions - The 'Lexilight' lamp's unique combination of pulsed and modulated light presents disruptive innovation opportunities for the lighting industry, specifically in designing products that address specific visual challenges.