DISCLAIMER: Mito Red Light for Professionals' devices are Class II wellness devices designed to affect the body through topical heating and support cellular function. The information provided in this article and on this site is for educational purposes only and is not intended to imply the effectiveness of our devices for any specific application. This information is not intended to diagnose, treat, cure, or prevent any disease and should not substitute consultation with a licensed medical provider. Click here to read our article on potential contraindications of red light therapy.

Red light Therapy has emerged as an innovative way to increase cellular function in the health and wellness industry. While Red Light Therapy panels have been popular, red light beds offer a more premium way to experience full-body Red Light Therapy. Below, we cover what makes our solution better than the rest. 

What sets the Recharge Bed apart

• Electrical 
• Size and Space Requirements 
• Price
• LED Design 
• Wavelength Choice 
• Safety

Electrical 

Mito Red Light MitoRecharge™  is cleverly designed to operate on a standard 110/120-volt circuit without sacrificing the user experience. Its unique two-piece design means both pieces can operate off two 15-amp circuits or one 20-amp circuit. This holds an advantage over other Red Light Therapy beds that typically require 220/240V, which adds to more installation challenges and cost, along with other factors such as heat emission and higher operating cost.

Size and space requirements

At over 6 feet 3" long and 27" wide, the MitoRecharge™ is designed to offer sufficient space for the user while being as compact and easy to install. Its unique two-piece design, mounted on rolling castors, weighs less than 200 lbs each, making it easy to move from room to room if needed and even fit through a standard-sized doorway. The MitoRecharge requires minimal assembly and is so easy to install that you and a helper can set it up and have it running in under an hour.

Price

Pricing is often one of the first considerations when choosing a red light therapy bed. While many companies conceal their prices behind contact forms, we've observed a broad range, from around $20k to well over $100k. With such significant differences, it's natural to wonder what justifies spending $60k or more versus selecting a bed priced between $25-45k. Though it's not always clear, higher-priced beds often include built-in costs for marketing, shipping, and complex installations. In contrast, the MitoRecharge™ bed's compact design simplifies shipping and allows for straightforward, operator-friendly installation. This efficiency enables us to pass substantial savings onto our customers, offering a highly competitive price.

LED Design

With numerous designs available, evaluating the LED layout is crucial. Many larger beds utilize LED strips filled with thousands of small LED chips that emit light in no specific direction (as illustrated below on the left). We consider this approach inefficient and a significant reason why some beds consume more power yet deliver lower irradiance. The image below clearly compares a standard LED strip from these beds to the advanced LED technology featured in the Recharge bed on the right.

To solve this, the MitoRecharge™ red light bed uses focusing lens technology to target the user at a specified beam angle. 

For example, the bottom half of the Recharge bed uses 2,200 22-millimeter LED chips with a 120-degree beam angle focusing lens placed on top of them. This provides the user laying right on top of these LEDs optimal coverage throughout the backside of the body and intensifies the power of the diode. The top half of the recharge bed uses 1,000 larger 42-millimeter LED chips with a 60-degree beam angle lens to target the front side of the user. 

So why are they different? Because the bed is generally further away from the body than the bottom half, which is usually right against the LEDs, we thoughtfully designed the top half with larger LED chips and a narrower beam angle to again provide the user with even irradiance and coverage on both sides of the body. Think of this as an old-school flashlight where you can adjust the lens to change the spread of the light. The tighter the beam pattern, the brighter it gets, and the bigger the pattern, the dimmer it gets.

Wavelength Choice

While research continues to emerge on various wavelengths and their effect on the body, many red light beds use just two primary types of light. 

• 660nm Red

This wavelength is commonly used in horticulture and is one of the most common LED chips in any red light therapy device. It is generally chosen for its easy accessibility due to its use in other industries and research on the skin to improve skin health and reduce wrinkles. 

• 850nm Near Infrared (NIR)

This wavelength is also very commonly used in other industries, such as security cameras, making it easily accessible. Research has shown that it can penetrate deep into tissues, stimulating mitochondrial activity and enhancing cellular energy production. 

Our Mito Recharge Bed uses these two pillar wavelengths and two extra wavelengths, 650nm and 810nm.

• 630nm Red

 While less common in RLT devices, 630nm has been extensively studied for its effect on the dermis level, showing benefits to the skin, such as accelerated healing. 

• 810nm NIR

This wavelength is well-suited for applications targeting the brain, deep muscle tissue, joints, and ligaments, where it can stimulate cellular repair mechanisms, reduce oxidative stress, and promote overall brain health.

To learn more about why we carefully selected these four wavelengths, visit our wavelength article here. 

Safety certifications

One of the most essential considerations is safety. It is important to review safety certifications obtained by the manufacturer.

The Mito Red Light MitoRecharge™ Bed is built to both our own high standards as well as many international standards, both voluntary and mandatory. Here is a full list of the standards that our red light bed is built to.

• CE - The CE standard is a mark that indicates a product meets European Union (EU) safety, health, and environmental regulations.
• MDSAP - The Medical Device Single Audit Program (MDSAP) is a program that allows third-party auditors to perform a single audit of a medical device manufacturer. The audit covers the manufacturer's quality management system and regulatory requirements.
• ISO 13485 - Manufactured in a facility that meets ISO international quality standards. Ensuring safety and quality in medical device design, manufacturing, and installation.
• FDA Class II - Our Mito Recharge Bed is manufactured in a registered FDA Class II manufacturing facility.

Businesses that use the Recharge Bed