Age Spots

Why Photofractional™ for Age Spot Removal?

The Stellar M22™ is a state-of-the-art ablative skin resurfacing system that delivers exceptional results in the treatment of age spots and other pigmentation concerns. Powered by advanced laser technology, the Stellar M22™ provides precise and controlled removal of the damaged skin, revealing a more even, youthful complexion.

What is it?

The Stellar M22™ Photofractional™ solution

The Stellar M22™ is a fractional ablative laser system that precisely targets and removes the upper layers of the skin. This process triggers the body’s natural healing response, stimulating the production of new, healthy skin cells. By precisely targeting the areas of concern, the Stellar M22™ can effectively treat age spots, sun damage, and other pigmentation irregularities.

Is It right for me?

The Stellar M22™ ablative skin resurfacing treatment is an excellent option for individuals looking to address age spots, sun damage, and other unwanted pigmentation issues. It is suitable for most skin types, and our team will carefully evaluate your skin concerns to determine if this treatment is the best fit for you.

What should I expect?

During the Stellar M22™ treatment, you may experience a warm, tingling sensation as the laser gently removes the upper layers of skin. The procedure is generally well-tolerated, and our team will ensure your comfort throughout the process. Depending on the extent of the treatment, the session may take 30-60 minutes.

When will I see results?

You may notice some initial improvement in the appearance of your age spots and pigmentation after a single Stellar M22™ treatment. However, optimal results typically develop over the course of several weeks as the skin continues to regenerate and heal. Most patients see significant improvements after a series of 3-5 treatments.

What can I expect after treatment?

Following the Stellar M22™ treatment, you may experience some redness, swelling, and mild discomfort, similar to a sunburn. This is a normal response as the skin begins to heal. Our team will provide comprehensive aftercare instructions to help you manage any post-treatment sensations and ensure a smooth recovery.

How does it work?

M22™ Photofractional™ technology

The Stellar M22™ ablative skin resurfacing treatment uses fractional laser technology to precisely target and remove the upper layers of damaged skin. This process triggers the body’s natural healing response, stimulating the production of new, healthy skin cells to replace the treated areas. By precisely targeting the areas of concern, the Stellar M22™ can effectively address age spots, sun damage, and other pigmentation irregularities, revealing a more even, youthful complexion.

The treatment

To ensure your utmost comfort during Stellar M22™ age spot removal treatments, we take a comprehensive approach. Prior to the procedure, your provider will apply a topical numbing cream to the targeted areas. This helps minimize any discomfort you may feel during the laser application.

Additionally, the Stellar M22™ system is equipped with advanced air cooling technology. This feature gently cools the skin throughout the treatment, counteracting any warming sensations and further enhancing your comfort.

Depending on the extent of the age spots being addressed, the treatment session typically lasts between 15 to 30 minutes. During this time, you may experience a warm or prickling sensation as the laser targets the discolored areas of your skin. However, the Stellar M22™ treatment is designed to be gentle, and you should not feel any significant discomfort.

Our team of experienced providers is committed to your wellbeing and will closely monitor your experience throughout the procedure. We encourage you to provide feedback, allowing us to make any necessary adjustments to ensure your utmost comfort and satisfaction.

By combining the advanced features of the Stellar M22™ system with our attentive, patient-centric approach, we strive to make your age spot removal treatment as comfortable and stress-free as possible.