Near Infrared vs Far Infrared Sauna: What’s the Difference? - Celebration Saunas™ Infrared Saunas - Best Quality Home Saunas Near Infrared vs Far Infrared Sauna: Understanding the Difference

Near Infrared vs Far Infrared: The Simple Explanation

One of the most common questions sauna buyers ask is:

“What’s the difference between near infrared and far infrared?”

The simplest answer is this:

Near infrared is primarily used as a light therapy.

Far infrared is primarily used as a heat therapy.

Both are forms of infrared energy, but they serve different purposes inside a sauna.

Understanding that difference makes it much easier to understand full spectrum sauna technology.

What Is Infrared Energy?

Infrared energy is a natural form of energy that exists just beyond visible red light on the electromagnetic spectrum.

Although you can’t see infrared energy, you can feel it as heat.

In fact, part of the warmth you feel from sunlight comes from infrared energy.

Sauna manufacturers use infrared heaters and infrared light sources to deliver specific wavelengths in a controlled environment.

What Is Near Infrared?

Near infrared wavelengths are the closest infrared wavelengths to visible light.

Near infrared produces relatively little heat compared to far infrared.

Instead, near infrared is commonly associated with:

Photobiomodulation
Light therapy
Skin wellness
Recovery applications

Researchers continue studying near infrared light and how it interacts with cells and tissues.

This is one reason near infrared technology has become increasingly popular in wellness devices and full spectrum saunas.

What Is Far Infrared?

Far infrared wavelengths are much longer than near infrared wavelengths.

Far infrared produces most of the heat people associate with infrared sauna therapy.

Far infrared is commonly used for:

Relaxation
Recovery
Healthy sweating
Daily sauna use
Cardiovascular wellness support

Most infrared saunas sold today primarily use far infrared technology.

If you’ve ever sat in an infrared sauna and felt a gentle, comfortable heat, you were likely experiencing far infrared energy.

The Easiest Way to Understand the Difference

Imagine standing in front of a campfire.

You can feel two things:

The light coming from the fire
The heat coming from the fire

Near infrared is more similar to the light.

Far infrared is more similar to the heat.

Both come from the same source, but they create different experiences.

That simple distinction helps explain why manufacturers often combine both technologies in a single sauna.

Why Full Spectrum Saunas Use Both

A full spectrum sauna typically combines:

Near infrared
Mid infrared
Far infrared

This allows users to enjoy:

Near infrared light therapy
Far infrared heat therapy

Many buyers choose full spectrum saunas because they want access to both technologies without having to choose one or the other.

Which One Is Better?

Neither.

They simply serve different purposes.

Near Infrared May Appeal To You If You Are Interested In:

Photobiomodulation
Light therapy
Skin-focused wellness applications
Recovery support

Far Infrared May Appeal To You If You Are Interested In:

Heat therapy
Relaxation
Healthy sweating
Daily sauna sessions
Traditional infrared sauna experiences

Full Spectrum May Appeal To You If You Want:

Near infrared technology
Far infrared heat
Maximum flexibility
Multiple wellness options in one sauna

What This Means for Sauna Buyers

The most important thing to understand is that near infrared and far infrared are not competing technologies.

They complement one another.

Far infrared provides the heat that most people associate with infrared sauna therapy.

Near infrared provides the light-based technology commonly associated with photobiomodulation applications.

That is why many modern premium sauna systems combine both.

Understanding this difference makes it much easier to decide whether a far infrared sauna, full spectrum sauna, or hybrid sauna is the right fit for your goals.

Research & References

Photobiomodulation or Low-Level Light Therapy

Hamblin MR.

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5523874/

Infrared Radiation and Biological Effects

National Center for Biotechnology Information (NCBI)

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4745411/

Sauna Health Benefits

Harvard Health Publishing

https://www.health.harvard.edu/blog/sauna-health-benefits-202404033030

Clinical Effects of Regular Dry Sauna Bathing: A Systematic Review

Hussain J, Cohen M.

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5941775/