Cells are the Foundation
The human body contains trillions and trillions of microscopic cells responsible for every structure and function. Known as the building blocks of life.
The science of photobiomodulation
Light, Engineered to Work Deeper.
See how nine precisely selected wavelengths interact with the body—from surface-level skin support to deeper tissue exposure.
THE BIOLOGY OF LIGHT
What Is Photobiomodulation?
Photobiomodulation uses selected wavelengths of light to interact with biological tissue. Rather than heating the body, the light is absorbed by light-sensitive cellular components—initiating responses associated with energy production, signalling and normal cellular function.
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01
Light Reaches the Body
Red and near-infrared wavelengths enter the skin and interact at different depths.
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02
Light Is Absorbed
Light-sensitive cellular components absorb specific wavelengths.
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03
Mitochondria Respond
The interaction may influence mitochondrial activity and cellular signalling.
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04
Cellular Energy Is Supported
Mitochondria produce ATP—the energy cells use to perform their normal functions.
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05
The Response Extends
These cellular responses may support processes connected to recovery and wellbeing.
SELECTED WAVELENGTHS · CONTROLLED OUTPUT · CONSISTENT DELIVERY
Discover All the Benefits of Red/NIR Light Therapy
Explore how red and near-infrared light may support recovery, skin health and everyday wellbeing.
Power House of the Cell
Inside every living cell are mitochondria known as the “powerhouse” of the cell. These tiny organelles convert food and oxygen into energy for the human body.
Optimal Energy and Balance
When our cells can produce the right amount of energy our bodies can function as they were intended maintaining an optimal state of balance and harmony.
When Joints Feel the Strain
Daily activity, exercise and age can leave joints feeling stiff, sensitive or slow to recover—making even familiar movements feel more demanding.
Nine Spectrums of Light
Kwinzzer devices deliver a precisely balanced spectrum of nine wavelengths, designed to support both surface-level and deeper tissue applications.
Red Light (630, 660 & 670 nm)
These red wavelengths are absorbed primarily by the skin and surface-level tissues, supporting cellular activity and healthy-looking skin.
Near-Infrared Light (810, 830, 850 & 1060 nm)
These invisible near-infrared wavelengths reach deeper tissues, where they may support cellular energy, muscle recovery, joint comfort and physical performance.
THE EVERYDAY BENEFITS
Small ritual. Whole-body possibilities.
Explore a different way to make space for your wellbeing.
Recovery
Support your body’s natural ability to bounce back, so you can do more of what you love.
Skin vitality
A healthy-looking glow starts from within.
Everyday comfort
Feel more at ease in your body, day to day.
Balance
Support a calmer, more centered you.
Rest & reset
Give your mind and body the space to recharge.
Ideas for a better body.
Evidence, protocols and practical thinking for recovery, performance and everyday wellbeing.
What is red light therapy?
Red light therapy, also known as photobiomodulation, uses specific wavelengths of red and near-infrared light to interact with the body’s cells. Unlike ultraviolet light, it does not tan or intentionally damage the skin.
How does red light therapy work?
Red and near-infrared light can be absorbed by light-sensitive components within cells, particularly in the mitochondria. This interaction may support cellular energy production and natural signaling processes associated with recovery, circulation and tissue function.
What is photobiomodulation?
Photobiomodulation is the scientific term for using specific wavelengths of light to influence biological activity within cells and tissues. “Photo” refers to light, while “biomodulation” describes its ability to support or modify cellular processes.
What is the difference between red and near-infrared light?
Red light primarily targets the skin and more superficial tissues. Near-infrared light is invisible to the human eye and can reach deeper tissues, making the combination suitable for broader full-body wellness and recovery routines.
Why does Kwinzzer use multiple wavelengths?
Different wavelengths interact with tissue at different depths and may serve different purposes. Kwinzzer combines nine wavelengths—480, 590, 630, 660, 670, 810, 830, 850 and 1060 nm—to provide a broader spectrum covering surface-level skin wellness and deeper tissue-focused applications.
What do the blue and amber wavelengths do?
Blue and amber wavelengths complement traditional red and near-infrared light. Blue light is generally used for surface-level skin applications, while amber light is associated with skin appearance and tone. Select the appropriate mode according to your device instructions and wellness goal.
Does red light therapy produce heat?
Red light therapy is designed to work through light rather than intense heat. You may experience gentle warmth during a session because of the LEDs and device output, but treatment should remain comfortable and should not feel painfully hot.
How long should a red light therapy session last?
Session time depends on the device, treatment distance, body area and selected intensity. More exposure is not necessarily better. Follow the protocol provided with your Kwinzzer device and begin with shorter sessions while learning how your body responds.
How quickly can I expect results?
Results vary depending on your goal, routine, age, lifestyle and consistency. Some users may notice short-term changes in how they feel, while visible or longer-term benefits may require several weeks of regular use. Red light therapy should be viewed as a consistent wellness practice rather than a one-time treatment.
