Advanced Pixel Skin Resurfacing Treatment and eMatrix in Dallas, TX
Are you ready to significantly improve your skin's texture, tone, and overall appearance? Our advanced aesthetic center in Dallas, TX, offers specialized laser treatments like Pixel skin resurfacing and eMatrix. This approach targets imperfections to promote cellular renewal, helping you regain a youthful, smooth complexion.
About Our Pixel Skin Resurfacing and eMatrix Services
Pixel and eMatrix are innovative fractional technologies that create microscopic channels in the skin. This controlled injury stimulates your body's natural healing process and triggers massive new collagen production. These treatments are highly effective for minimizing scarring, reducing pore size, and smoothing fine lines across the face, neck, and chest.
Why Choose Our Resurfacing Services in Dallas
When you choose Beauty Medical Aesthetics for your Pixel skin resurfacing treatment, you are selecting a practice known for precision and exceptional results. Our experienced providers customize the settings to your skin type and concerns, ensuring maximum safety and effectiveness every time.
Expert application by certified laser specialists.
Customized treatment plans for your specific skin needs.
Proven results in minimizing scars and improving texture.
Located conveniently for Dallas, TX residents.
More About Pixel Skin Resurfacing/Alma Accent Pixel RF Microplasma
Alma Accent Pixel RF is a skin resurfacing treatment that uses fractional micro plasma radiofrequency (RF) energy to create microscopic wounds in the skin, stimulating the body's natural healing process to promote new tissue and collagen formation. This process results in improved skin texture and can help reduce the appearance of scars and other imperfections, with the treatment described as a warm massage by some patients.
- How it works
- Microplasma creation: The device uses an applicator with an array of pyramid-shaped pins to transfer microscopic sparks of RF energy to the skin.
- Skin ablation: These sparks ablate (vaporize) and perforate the skin, creating tiny, controlled micro-channels.
- Collagen stimulation: The micro-injuries trigger the body's natural wound-healing response, which leads to the formation of new collagen and elastic tissue in the dermis.
- Regeneration: The surrounding, untreated skin helps the micro-wounds heal rapidly, typically within five to seven days.
What our customers are saying
Feel At Home
“Dr Misty is Phenomenal!!! I started to see her 13 years ago. I recommend her ALL THE TIME! She is so good, her talent to physically know what you would need, and also her professional/medical skills are on par perfect. She will do exactly what you need. Trust her. Her smile, her giggle, and her skills set you at ease and make you feel at home.
I love her.“
- Susan B.
The Best in the Business
“Wow, I can't say enough good things about this place! From the wonderful staff to the high-quality products, this place is by far one of the best in the business. I did the Hydrojet facial with Monica and had me feeling so confident after, it was like a real life filter! I was so impressed by their work, I went back and decided to try lip filler, and Dr. Misty walked me through everything and did such an amazing job, I barely bruised, and now have gorgeous, plump lips that still look natural. I don't know how she did it, by she is definitely the best at what she does! Highly recommend!”
- Christie H.
Looking Great and Feeling Good
“I love going to Beauty Med Aesthetics! Dr. Misty and her whole staff are the best...they got my skin looking great and feeling good before my wedding! From hydrafacials to a little IV therapy, I’ve always left feeling (and looking!) so much better than when I arrived. Highly recommend!”
- Sarah L.
Ready to get started?
Stop hiding imperfections and start revealing your best skin. Contact Beauty Medical Aesthetics today to schedule your consultation for Pixel skin resurfacing treatment or eMatrix. Call our Dallas clinic now to learn more about achieving a radiant and flawless complexion.