Q: What is PhotonLife procedure?

A: PhotonLife procedure simply uses specific light energy levels at precise wavelengths to restore the skin's optimal cellular activity.

Q: What will PhotonLife do for my skin?

A: It firms, tightens, tones, oxygenates, reduces puffiness, softens scars, reduces fine lines and wrinkles as well as hydrates. The Cold Laser or Soft Laser or LLLT's effects include anti-inflammation, anti-swelling, anti-pain , and stimulates the production of collagenand elastin to give the skin a radiant glow.

Q: Does PhotonLife hurt and is it cold?

A: No, there is no pain involved and is not cold, although it is sometimes referred to as Cold Laser. Most clients find it very relaxing. The sensation of the laser feels similar to holding a small flashlight close to the skin and turning it on.

Q: Is it safe?

A: PhotonLife technology has been utilized in Europe and the United States safely and effectively. There are no known side effects and no risks of scarring. PhotonLife can be used in summer months with no risk of hyperpigmentation or depigmentation. It can even be used to heal sun-burned skin because of its healing qualities.

Q: I have very sensitive / reactive skin, is it safe for me to use?

A: The Cold Laser technology is perfect for sensitive/reactive skin. There is no steaming, heat or rubbing / tugging of the face during the treatment. The Laser is healing to sensitive skin and serves to calm the sensitivity.

Q: Is PhotonLife procedure abrasive or painful?

A: It is a noninvasive, nonabrasive, non-ablative, painless and safe procedure. The result is remarkable even after the first procedure.

Q: Do I need maintenance procedure?

A: Yes. Maintenance is important in order to maintain visible results. Once a course is fully finished, it is recommended that the client receives treatment once a month for 6 months, then start a new treatment course.

Q: Does PhotonLife procedure complement others?

A: Yes. PhotonLife procedures rejuvenate the skin, and help heal other procedures such as IPLs, RFs or any Hot Laser treatments, Microdermabrasions, etc., because of LLLTs healing properties.

Q: How long does each procedure take?

A: It depends on area desired.

Q: How often can I have PhotonLife procedure?

A: We suggest twice a week if possible until the end of your procedure.

Q: Am I able to go back to work after using PhotonLife?

A: Yes. The use of PhotonLife machines leave no after-effects whatsoever. It is another one of the many advantages that light technology has. You can carry on all your normal activities.

Q: Are there any restrictions on activities after treatment?

A: There is absolutely no down time associated with any PhotonLife procedures. However it is recommended that you limit sun exposure afterwards. If you must be exposed, please use sunscreen of SPF 50 or higher.

Q: How soon will I see the result?

A: Most people will see results after the first use of PhotonLife, some on the 3 rd treatment.

Q: How many sessions are needed?

A: The number of sessions will vary for each individual and will depend on your skin's condition and desirable result. We recommend an average of 10-12 times depending on the condition of your skin. The results are accumulative 12 sessions, 2 times a week.

Q: I have had a microdermabrasion treatment. Will PhotonLife affect this?

A: PhotonLife will compliment microdermabrasion, along with any other type of cosmetic applications; PhotonLife light procedure has a “calming and faster healing effect” and works in conjunction with these applications or on its own.

Q: How do we know that PhotonLife light isn't just another groundless gimmick?

A: The effects have been well established in laboratories using proven scientific methods, with over 2500 publications. NASA has become one of the more colorful sponsors of these tests.

Q: Why PhotonLife Laser Technology – LLLT?

A: PhotonLife Laser Therapy is pain free, requires no downtime and is completely safe. Unlike heat lasers the PhotonLife laser is unique in its ability to impact the complexion with no risk of inducing thermal changes in the skin tissue.