WHAT IS RED LIGHT THERAPY?

Red and near-infrared light.

Red light therapy uses specific wavelengths of red and near-infrared light. The light reaches the surface of the skin and parts of the tissues, where it is absorbed by the cells.

At Nexeltron, we use large LED panels that allow for comfortable exposure of selected body areas while in a sitting or semi-reclining position.

01

RED LIGHT

Visible red light acts primarily on the more superficial layers of the skin and tissues.

02

NEAR-INFRARED

Near-infrared light has a greater ability to penetrate deep into tissues than red light.

03

CONTROLLED EXPOSURE

The session takes place at a specific distance from the panel and for a scheduled duration, in accordance with the device parameters and usage protocol.

HOW DOES LIGHT THERAPY WORK?

Light works at the cellular level.

Red light therapy uses specific wavelengths of red and near-infrared light. At Nexeltron, we use this type of exposure as a supportive element for regeneration, wellbeing, and a modern approach to recovery.

Red light works more superficially, while near-infrared can reach deeper. The sessions are comfortable, non-invasive, and performed under controlled conditions.

01

RED LIGHT

Red light acts mainly on the more superficial layers of skin and tissue.

02

NEAR-INFRARED

Near-infrared light can penetrate deeper than red light, reaching underlying tissues.

03

CELLS AND ENERGY

Light is absorbed by cells, where it can support processes related to cellular energy production.

04

REGENERATION

In practice, red light therapy is used as a supportive element for recovery, comfort, and regular regeneration.

WHAT IS THE SESSION LIKE?

Light. Comfort. A few minutes for yourself.

A red light therapy session is non-invasive and takes place in a comfortable position. The mobile panel is positioned so that the light covers a specific area of the body or a larger surface.

01

PREPARATION

The user assumes a comfortable sitting or semi-reclining position, and the selected area of the body is prepared for light exposure.

02

PANEL SETTINGS

The mobile panel is positioned at the appropriate angle and distance to evenly illuminate the selected area of the body.

03

EXPOSURE TO LIGHT

During the session, the body is exposed to red and near-infrared light for a duration determined by the selected session variant.

04

SESSION END

After the exposure is complete, the user can return to normal activities or combine light therapy with the next Nexeltron recovery element.

TYPES OF LIGHT

Different wavelengths. Different properties.

Light encompasses many wavelength ranges. Individual colors differ in terms of, among other things, penetration depth and how they interact with the skin and tissues.

In phototherapy, different light ranges are used depending on the intended application. The following summary is for educational purposes and highlights the basic differences between them.

BLUE LIGHT
01

BLUE LIGHT

440–500 nm

Blue light acts mainly superficially. In phototherapy literature, it is described primarily in the context of dermatological applications and its effect on the skin's surface.

GREEN LIGHT
02

GREEN LIGHT

500–570 nm

Green light reaches the superficial layers of the skin and is used in selected applications related to its appearance and pigmentation.

YELLOW LIGHT
03

YELLOW LIGHT

570–590 nm

Yellow light acts primarily on the surface and is used in certain phototherapeutic solutions related to skin care.

RED LIGHT
04

RED LIGHT

620–750 nm

Red light penetrates deeper than blue, green, and yellow light. It is widely used in photobiomodulation and applications related to skin and regeneration.

NEAR-INFRARED
05

NEAR-INFRARED

NIR

Near-infrared light is invisible to the human eye and can penetrate deeper into tissues than red light. The device materials presented for Nexeltron include, among others, a wavelength of 850 nm.

SESSION PARAMETERS

It's not just the wavelength. The light dose also matters.

Two sessions using the same wavelength may differ in actual exposure. Light intensity, distance from the panel, and session duration are also significant.

Therefore, light therapy should not be reduced to the principle of "the stronger and longer, the better." Parameters must be selected as a whole.

01

WAVELENGTH

The wavelength determines the type of light and influences, among other things, its ability to penetrate skin and tissues.

02

LIGHT INTENSITY

Irradiance defines the amount of light power reaching a specific surface. It is one of the key exposure parameters.

03

DISTANCE FROM PANEL

The user's distance from the light source affects the amount of energy reaching the body's surface and is therefore an element of the session protocol.

04

TIME AND DOSE

The exposure time, together with the light intensity, influences the final energy dose delivered during the session.

MORE IS NOT ALWAYS BETTER

Proper exposure matters.

In photobiomodulation, a dose-dependent response is described. Too little exposure may be insufficient, while increasing intensity or time beyond the appropriate range does not necessarily improve the effect. Therefore, wavelength, intensity, and time should be considered together.

WHERE IS LIGHT THERAPY USED?

From recovery to skin and tissue regeneration.

Red light and near-infrared light are used in many areas related to recovery, sports, comfort, and skin condition. The effect depends on the wavelength, dose, exposure time, and the protocol used.

01

SPORT AND RECOVERY

Light therapy is used in sports as an element of recovery after training and intense physical exertion.

02

MUSCLES AND SORENESS

Red and near-infrared light are used for muscle recovery and reducing perceived post-exercise soreness.

03

CIRCULATION

Photobiomodulation is used and studied in the context of local blood flow and processes related to microcirculation.

04

PAIN COMFORT

Red light and near-infrared light are used in selected applications related to musculoskeletal pain, tension, and discomfort.

05

TISSUES AND REGENERATION

Photobiomodulation is used in areas related to tissue regeneration and repair processes.

06

LEATHER

Red light is popular for applications related to skin condition, appearance, elasticity, and collagen-related processes.

IMPORTANT

The scope of applications for light therapy is broad, but the level of evidence varies depending on the purpose, wavelength, and protocol used. Light therapy is not a substitute for medical diagnosis or treatment.

SAFETY AND CONTRAINDICATIONS

Light is a mild stimulus, but not for everyone.

Red light therapy is non-invasive; however, before a session, one should consider individual light sensitivity, medications being taken, and the safety guidelines specified for the particular device.

01

PHOTOSENSITIVITY

Light sensitivity matters.

People with photosensitivity disorders or those taking photosensitizing medication should ensure that light therapy is appropriate for them before the session.

02

EYE PROTECTION

Do not look directly into the light source.

The panel's intense light can be very bright. Eye protection and usage guidelines should comply with the specific device's manual.

03

BEFORE THE SESSION

Some situations require further assessment.

Particular attention may be required for conditions such as active skin lesions, diseases that increase photosensitivity, ocular problems, and other health conditions that may affect the safety of exposure.

BEFORE THE FIRST SESSION

Before beginning therapy, the user should read the Nexeltron safety guidelines and the device manufacturer's requirements. In the case of illness, the use of photosensitizing medications, or any health concerns, the possibility of using the therapy should be discussed with an appropriate specialist beforehand.

Red Light Panel in the Nexeltron space

RED LIGHT AT NEXELTRON

Full-body panel. Multiple wavelengths.

At Nexeltron, we use a professional, full-size red and near-infrared light therapy LED panel. Its large surface area allows for light coverage over a significant portion of the body without the need for small, localized devices.

The panel allows for the adjustment of wavelengths, intensity, and exposure time, enabling session parameters to be tailored to the chosen protocol and area of application.

7 WAVELENGTHS

The panel configuration includes 480, 630, 660, 810, 830, 850, and 1060 nm, allowing for operation across various visible and near-infrared light ranges.

FULL-SIZE SURFACE

The panel is approximately 180 × 60 cm and is designed to allow for the exposure of large areas of the body during a single session.

ADJUSTABLE PARAMETERS

Light intensity and individual channels can be adjusted, and the session time can be set between 1 and 30 minutes.

SESSION CONTROL

The panel can be operated via touchscreen, remote control, or app, depending on the device configuration.

FAQ — RED LIGHT THERAPY

Frequently asked questions about light therapy.

Key information regarding the session procedure, type of light, preparation, and safe use of the panel.

At Nexeltron, sessions lasting 10, 20, or 30 minutes are available. Exposure time depends on the selected session variant and the protocol used.
The session is calm and non-invasive. You may feel a gentle warmth and see the intense red light emitted by the panel.
No. Red light therapy uses different wavelength ranges than the UV radiation responsible for tanning. A photobiomodulation panel is not a tanning bed.
Red light works more superficially, whereas near-infrared can penetrate deeper into tissues. The specific application depends on the wavelength and session parameters.
The intense light of the panel can be very bright. Safety guidelines for eye protection depend on the settings and instructions of the specific device. The user receives the relevant information before starting the session.
The distance from the panel is one of the parameters affecting the actual exposure. The panel is positioned according to the selected protocol to maintain the appropriate distance from the body.
The frequency depends on the goal, device parameters, exposure time, and the individual user's reaction. There is no single schedule that is suitable for everyone.
Yes. Red light therapy can be a standalone session or part of a visit combining several technologies. At Nexeltron, it can also be combined with halotherapy during a single session.
Yes. Red light therapy does not require a recovery period, and you can usually return to your daily activities after the session.
Not in every situation. Photosensitivity, certain medications that increase light sensitivity, ophthalmic issues, or other specific health conditions may require additional evaluation before the session.

RED LIGHT THERAPY AT NEXELTRON

Would you like to try light therapy?

Select a single session or check the available options in the Nexeltron price list.