Mito Red Light develops red and near-infrared light therapy devices that utilize multi-wavelength LED technology to deliver specific light spectra for health benefits. Their products address the issue of inadequate exposure to beneficial sunlight wavelengths, promoting improved wellness and recovery for users.
Funding
Funding not disclosed
Founders
Product
Problem
Many individuals do not receive sufficient exposure to beneficial wavelengths of sunlight, which can impact their overall health and wellness. This lack of exposure can hinder cellular function and impede natural recovery processes.
Solution
Mito Red Light develops and distributes red and near-infrared light therapy devices designed for home use. These devices utilize multi-wavelength LED technology to deliver specific light spectra that promote health benefits by supporting cellular function. The product line includes panels, portable devices, flexible devices like mats and belts, and specialized devices such as helmets and intranasal devices. Mito Red Light devices are designed to be high power, low EMF, and flicker-free, with third-party testing to ensure quality and performance.
Target Audience
The primary target audience includes individuals seeking to improve their skin health, support cellular function, enhance recovery, and promote overall wellness through convenient, at-home red light therapy.
Features
- Multi-wavelength LED technology to target peak bioactive spectra
- Enhanced Spectral Energy Output (ESPEO™) for powerful and effective therapy
- TruDual™ chip technology for full panel red or full panel NIR capability (available on select models)
- Digital control panels with timer functions for easy session management
- Mobile app compatibility for remote control, session tracking, and feedback (available on select models)
- A range of products including panels, portable devices, flexible mats and belts, and specialized devices like helmets and intranasal devices
- ETL certification to meet the highest electrical safety standards
- 60-degree lens beam angle