LED Red Light and Near Infrared Therapy Whole Body Health Care Reduce Joint Pain Relief PMB Therapy Bed

LED Red Light and Near Infrared Therapy Whole Body Health Care Reduce Joint Pain Relief PMB Therapy Bed,
Infrared Red Light Therapy, Led Red Light Treatment, Light Therapy Joint Pain, Red Infrared Light Therapy,

Merican Whole Body Multiwave Red Light Bed Infrared

Features

• Option to customize wavelengths
• Variable pulsed
• Wireless tablet control
• Manage multiple units from one tablet
• WIFI capability
• Variable irradiance
• Marketing package
• LCD intelligent touch screen control panel
• Intelligent cooling system
• Independent control of each wavelength

Technical Details

660nm + 850nm Two Wavelength Parameter

As the two lights move through the tissue, both wavelengths will work together up to about 4mm. After that, the 660nm wavelengths continue into slightly greater absorption depth more than 5 mm before extinguishing.

This two-wavelength combination will help reduce the loss of energy that occurs as light photons pass through the body – and when you add longer wavelengths to the mix, you exponentially increase the number of light photons interacting with your cells.

Advantages of 633nm + 660nm + 810nm + 850nm + 940nm

As the light photons enter the skin, all five wavelengths interact with the tissues they pass through. It’s very “bright” in the irradiated area, and this five-wavelength combination has a sighificant impact on the cells in the treatment area.

Some of the light photons scatter and change direction, creating a “net” effect in the treatment area in which all wavelengths are active. This net effect receives the light energy of five different wavelengths.

The net will also be bigger when you use a larger light therapy device; but for now, we’ll stay focused on how the individual light photons behave in the body.

While the light energy does indeed dissipate as the light photons pass through the body, these distinct wavelengths work together to “saturate” the cells with more light energy.

This spectral output results in an unprecedented synergy that ensures each layer of tissue – within the skin and below the skin – receives the maximum light energy possible.

LED Red Light and Near-Infrared Therapy beds that utilize wavelengths such as 633nm, 660nm, 850nm, and 940nm are designed to offer a wide array of potential health benefits, particularly for whole-body care and pain relief. These devices are often used to complement traditional therapies and can be found in both professional and home-use settings. Below, I’ll outline some key aspects of such a device:

Wavelengths and Their Uses:
633nm Red Light: This wavelength is often used for cosmetic purposes, such as skin rejuvenation, and can help improve skin tone and texture.

660nm Red Light: Similar to 633nm, this wavelength is also beneficial for skin treatments and can be effective in promoting healing and reducing inflammation.

850nm Near-Infrared (NIR) Light: With a deeper penetration capability compared to red light, this wavelength is typically used for pain relief, muscle recovery, and to treat conditions beneath the skin’s surface.

940nm NIR Light: This wavelength is also used for deeper tissue penetration and is sometimes preferred for its ability to reach even further into the body, potentially aiding in joint pain relief and muscle recovery.

Features of a Whole-Body PBM Therapy Bed:
Multiple Wavelength Capabilities:
The ability to switch between different wavelengths allows for versatile treatment options tailored to individual needs.

Coverage and Design:
Designed to provide full-body exposure, these beds typically have LED panels arranged strategically around the user to ensure even light distribution.
Comfortable design with padding and adjustable parts to accommodate different body sizes and positions.

Control Panel:
An intuitive control panel or remote control that allows users to select desired wavelengths, adjust the intensity of the light, and set treatment durations.

Safety Features:
Automatic shut-off timers to prevent overexposure.
Compliance with safety standards to ensure the device is safe for regular use.

Portability and Ease of Use:
For home-use models, portability features such as foldability or compact design might be included to facilitate easy storage when not in use.