If you have additional questions or inquiries that have not been addressed below, please contact us and we will answer them promptly.
Azure's devices are more effective in penetrating the dermis to treat the causes of skin related problems such as wrinkles, acne, cellulite, etc. Azure products are holistic and effective, no needles, chemicals, surgery or down-time. For this reason, Azure has designed products using state of the art electronics and optic lenses from medical grade materials to be as equal in power to what patients find in Dermatologist offices worldwide.
We suggest charging your device for a full day (or overnight) prior to first use. The blue power light will change from a flashing light to a solid light when at full charge. Please always attach the charger even if it’s not in use. The type of batteries used do not overcharge.
Nothing is wrong with your device. The device is programmed to turn off after two treatment cycles (about 7 minutes) to ensure that it is not inadvertently left on. If you would like to treat additional areas of your face, simply turn the device on again and resume.
For best results, we recommend prior cleansing or even a light exfoliation to removes oils, lotions, makeup, or other debris. After treatment you should wipe down the device lens with a soft cloth or alcohol wipe.
Azure recommends treatment on dry skin minimally and Azure's Clinical Device trials were done with the device only. Good quality serums may be used with the device. Please check out Azure's proprietary serums which will be light/LED activated and will result in improved appearances per treatment duration. Alternatively should you choose another cosmecuetical please select a clear (not white or colored) light consistency based product with high grade materials (questions as to what to use can be forwarded direct to firstname.lastname@example.org) Serums go on the face! Do NOT pour serums onto the surface of the lens.
During treatment, glide the device on your target treatment areas. We suggest to keep your treatment area for each 3-minute session small and localized (following a 3-inch path). The light of the device will penetrate the skin so there is no need to apply pressure during treatment.
Please contact your local distributors for details of the return policy. Of course Azure's direct +1-626-642-8886 telephone and Azure's emails at email@example.com and firstname.lastname@example.org are always available.
Yes, Azure ships globally via its webstore and its authorized distribution channels.
Please contact your local distributors for customer service and support. Of course Azure's direct +1-626-642-8886 telephone and Azure's emails at email@example.com and firstname.lastname@example.org are always available.
Infrared LED combined with 3 specific Red wavelength light therapy uses concentrated beams of light to penetrate beneath your dermis. It also stimulates cellular regeneration (collagen), leading to wrinkle reduction, improve pore size, soften or smooth skin texture, and reduce skin inflammation.
Azure Orion and Radiance devices use ultra-narrow spectral bandwidth high-intensity SuperIntense LED light using top-quality LEDs from Cree, Osram, and KingBright. Identical to the spectral wavelengths and at the homogenous (evenness of light pattern) and same power levels as large professional-grade LED units.
The SuperIntense LED light emitted produces several biological and cellular reactions that include:
(Collagen replenishment is through an increase in stimulation of mitochondria [cellular healing] and ATP [energy] production)
Accelerated wound healing, dermal elasticity, and pore improvementInfrared:
The mechanism behind the effects of low-level light therapy (aka LLLT) is postulated to be through the absorption of Red and NIR wavelength light by mitochondrial chromophores, specifically, cytochrome c oxidase (CCO) found in the respiratory chain located within the mitochondria. This absorption of this photon energy may cause photodissociation of inhibitory nitric oxide from CCO leading to enhancement of enzyme activity, electron transport, mitochondrial respiration, and ATP production as a result. Further hypothesized is that LLLT (at these specific fluences and spectra), by stimulating/altering the cellular redox state may induce the activation of numerous intracellular signaling pathways; alter the affinity of transcription factors concerned with cell proliferation, survival, tissue repair, and regeneration.
The mechanisms of LED light therapy involve the absorption of specific wavelengths of light by a photo-acceptor molecule, which may be endogenously produced or synthesized and/or applied exogenously to the host. ( ref: Sodium Potassium Pump) Irradiation of the photo-acceptor molecule generates the production of cytotoxic singlet oxygen. A cascade of cellular responses is initiated, resulting in modulation of cell function, cell proliferation, and possible repair of compromised cells. This process of cellular function enhancement is referred to as “photo-biomodulation”. The selection of an appropriate wavelength and J/cm2 (Joules per square centimeter of the area) components are fundamental to phototherapy for photo-biomodulation as cellular reactions display specificity to irradiation (color of light) wavelengths and the time domain delivery of photon energy into a finite area of deposition. Numerous Journal Published (some Peer Reviewed) Clinical studies have demonstrated that in vitro irradiation of fibroblasts with 633-nm wavelength light increased pro-collagen synthesis fourfold from the baseline while exhibiting no effect on the activity of the collagen regulating proteolytic enzymes collagenase and gelatinase. Irradiation with this red light increased fibroblastic growth factor synthesis from photoactivated macrophages and accelerated mast cell (appearance of inflammation) degeneration. These in vitro results have been supported in a similar journal published clinical trials involving human subjects Additionally --- Numerous Journal Published (some Peer Reviewed) Clinical studies have also demonstrated that in vitro irradiation with Light in the 830-nm (near-infrared) wavelength is absorbed in the cellular membrane rather than in cellular organelles, which remain the target when using light in the visible spectrum. This I/R irradiation leads to accelerated fibroblast-myofibroblast transformation and mast cell degranulation. Also, chemotaxis and phagocytic activity of leucocytes and macrophages are enhanced through cellular stimulation by this wavelength. These in vitro results have been supported in a similar journal published clinical trials involving human subjects The synergistic effects of 633-nm and 830-nm wavelength at sufficient Joule protocols will enhance fibroblast proliferation and thus increase collagen synthesis as well as stimulate inflammatory cell lines such as mast cells and macrophages. Application of these light wavelengths within specific protocols and energy levels can result in improved skin rejuvenation such as are observed and noted in the studies and trials available for review in assorted Dermatology related publications. The addition of 605 and 660nm wavelengths are adjunctive to the primary 630 and 830 nm range spectra.