Red and infrared light therapy uses low energy light emitting diodes (LEDs) to stimulate cell function.
Once absorbed, the light energy is converted to cellular energy.
Certain wavelengths of light enhance the functioning of mitochondria, which takes in nutrients, breaks them down and creates energy molecules for the cell.
This improves the functioning of the whole cell which results in starting a series of metabolic events such as improved healing, the reduction of inflammation, enhanced production of collagen and elastin, increased circulation and the formation of new capillaries and increased activity in the lymph system.
Although low level laser therapy and LED light therapy are both considered as Photobiomodulation, the main difference is in the way they deliver the light. Laser light is coherent and LED light is non-coherent. The difference between coherent and non-coherent light is easy to see. If a bright flashlight with an incandescent or LED bulb is directed toward a distant wall in a dark room, the beam projected upon the wall will be diffuse and widely spread out. Yet if a laser pointer or therapy tool is directed in this way you will only see a tiny spot on the wall. That is because the beam remains coherent over long distances.
Red light is visible and is more efficient for use in the upper layers of tissues.
Red light occupies the “long end” of the visible spectrum with wavelengths of 630nm-700nm. Light in the near- infrared range of the spectrum can penetrate deeper to reach muscle tissues and nerves. Infrared lights have a longer wavelength than red lights, so they are better suited to reach deep into the muscles and bones. Because muscle cells absorb energy from near- infrared lights, they become more active and increase the flow of blood and fluid throughout the body.
No. There are no UV rays in red and infrared LED light therapy. Exposure to UV radiation is the main factor that causes skin cells to become cancer cells. Almost all skin cancers (approximately 99% of non-melanoma skin cancers and 95% of melanoma) are caused by too much UV radiation from the sun or other sources such as solaria (solariums, sun beds, and sunlamps).
There are five Photizo devices in our Homa Care range:
Photizo Pain Relief
Photizo Skincare
Photizo Blush
Photizo Sport
Photizo Vetcare
The device you choose is dependent on the condition you wish to treat.
You can download our comparison sheet here:
You can either order from our web shop, or contact us directly on post@caball.biz or +45 2815 5676 for personal assistance.
The Photizo Vetcare User Guide is available for download by clicking on the link below. To get started quickly, please follow these steps.
To turn on, press the power knob. The charging light is lit and the device beeps twice.
Apply the front LEDs to the treatment area as shown below.
After the processing cycle ends, it beeps twice and shuts down automatically.
The lens of the Photizo unit may be warmed with repeated treatment cycles due to the energy of the emitted light, and the impact of photons in the treated area. If it becomes warm and uncomfortable to touch, stop treatment for several minutes to let it cool before resuming.
To shutdown the device during a processing cycle, press and hold the power button for 1 second. The power button LED can stay green for a short period after the treatment cycle has stopped.
When the battery is powered, the charger indicator light is lit in continuous green throughout the cycle and turned off when not in use.
When plugging into the mains power to charge, the unit will beep once and after a 3-second delay the power button LED will flash green until the unit is fully charged, at which point the LED will remain solid green.



