Naturally Renew Your Skin
- Clinically proven to stimulate natural collagen growth to reduce fine lines & wrinkles
Dermatology At Home
Naturally renew your skin at home
with the same laser technology used by professional dermatologists.
REAL USERS, REAL RESULTS
ADVANCED ANTI-AGING LASER TECHNOLOGY
The NIRA Skincare Laser is clinically proven to reduce fine lines and wrinkles for visible results in just 2 minutes a day - all in the comfort of your own home!
Using the same advanced laser technology as dermatologists, the NIRA Skincare Laser naturally renews skin by stimulating natural collagen production to plump skin and smooth wrinkles - revealing firmer, youthful looking skin.
Pair with our Advanced Hyaluronic Acid Serum to moisturize, nourish and protect your skin.
- FDA Cleared to reduce fine lines & wrinkles
- Stimulates natural collagen production
- Brightens & evens skin tone without pain or redness
- Easy to use in only 2 minutes per day
- Safe for all skin tones from light to dark
Get an Inside Look at our Production Lab Featured on WCVB Boston
As we age, our bodies naturally stop producing collagen - causing the skin to wrinkle and sag.
The NIRA Skincare Laser reverses the impact of aging by transmitting a non-fractional and non-linear laser fluence to gently heat the dermis above the point of heat-shock protein (HSP) formation and just below the pain threshold.
This stimulates natural collagen production to plump skin and smooth wrinkles without any damage - revealing firmer, youthful looking skin.
WHAT CUSTOMERS SAY
- Sale price
- Regular price
or 4 interest-free installments of $99.75. Learn more.
The NIRA Skincare Laser is clinically proven and FDA-Cleared to reduce fine lines and wrinkles for visible results in just 2 minutes a day - all in the comfort of your own home!
You can get visible results at a fraction of the price of professional laser treatment options using the same advanced laser technology used by dermatologists - boosting your body's own ability to produce collagen, and without pain or redness.