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Why choose ORRA?
216 LED sourcesfor even coverage
3 light modesRed + NIR · Blue · Yellow
only 120 g.lightweight and comfortable
15 minutesfor your daily skincare routine
FAQs
The ORRA LED mask uses 3 different light modes, each designed for different skin needs:
Red + near-infrared light (660 + 850 nm) – intended for mature skin care. These wavelengths penetrate deeper and are the most widely studied in photobiomodulation. Helps maintain collagen production, skin firmness and elasticity, and reduces the visibility of fine lines.
Blue light (460 nm) – intended for acne-prone skin care. 460 nm blue light works on the skin surface and is used for its effect on acne-related bacteria.
Yellow light (590 nm) – intended for dull, unevenly toned, or redness-prone skin care. The effect of yellow light on the skin is less studied than red and near-infrared light, but studies show its potential for skin appearance and redness-related processes.
In short: red + NIR – for firmness and signs of aging, blue – for acne-prone skin, yellow – for skin tone and reduction of redness.
The results of LED light therapy depend on the skin condition, the chosen mode, and the regularity of use. The first changes in skin appearance can be noticed after several weeks of consistent use, and for more significant results, regular use over a longer period is recommended.
The ORRA LED mask is designed as part of a long-term skincare routine, so consistency, rather than one-off treatments, is key.
The ORRA LED mask is recommended for use 3–5 times a week, choosing the light mode suitable for your skin's needs.
Regular use is more important than long procedures. LED light therapy works gradually, so the best results can be expected by consistently incorporating the mask into your daily skincare routine.
No. A higher number of LEDs does not automatically mean a more effective LED mask.
When evaluating and comparing LED face masks, it is important to consider not only the number of LEDs, but also the wavelengths of light used, light intensity, LED arrangement, uniformity of light distribution, and how well the mask fits the face.
The ORRA mask uses 216 LED light sources, arranged to distribute light across the entire face area. The mask has three targeted light modes: red and near-infrared light (660 + 850 nm), blue light (460 nm), and yellow light (590 nm).
Therefore, when choosing an LED mask, we recommend evaluating the entire technology as a whole, rather than just the highest number of LEDs.
Yes. LED light therapy is non-invasive – the skin is not mechanically damaged during the procedure, and no acids or other active cosmetic ingredients are used.
However, the sensitivity of each person's skin is individual. If the skin is extremely sensitive, photosensitising medications are being used, there are skin diseases or increased light sensitivity, it is recommended to consult a doctor or dermatologist before using an LED mask.
When using ORRA for the first time, we recommend starting with a shorter procedure and observing your individual skin reaction.
Use the ORRA LED mask on clean, dry skin. Before the procedure, remove make-up, creams, serums and other products.
After the LED light therapy, you can continue your usual skincare routine and use a serum, cream or other products suitable for your skin.
Recommended sequence: skin cleansing → completely dry skin → ORRA LED mask → regular skincare products.
ORRA was developed focusing not on the highest possible number of LEDs, but on the most important parameters of LED light therapy – precisely selected wavelengths, even light distribution, and a good fit of the mask to the face.
The mask uses 216 LED light sources and 3 targeted modes: red + near-infrared light (660 + 850 nm), blue (460 nm), and yellow (590 nm). This allows you to choose a mode according to different skin needs.
ORRA is also flexible and extremely lightweight (~120 g), so it fits comfortably on the face and is designed for regular home use.
When choosing an LED mask, it's worth comparing more than just the number of LEDs. Light wavelength, intensity, session duration, and its distribution are important photobiomodulation parameters.
