Hair Restoration Treatments
Reverse Hair Loss With Our Non-Invasive, Revolutionary Alma TED Hair Restoration Treatments.
Hair Restoration Treatments
Reverse Hair Loss With Our Non-Invasive, Revolutionary Alma TED Hair Restoration Treatments.
proven results
Medical Spa At Cavi is proud to offer the next generation of hair restoration treatment: Alma TED! Alma TED is a non-invasive, non-surgical procedure that utilizes acoustic sound waves combined with air pressure to drive specifically formulated medication past the skin’s protective layer and deep into the dermis layer of the skin that nourishes the hair follicle and scalp. The perfectly calibrated skin depth allows your skin to absorb the highest amount of these medications for maximum effectiveness.
If you are one of the thousands of men and women who suffer from hair loss, the Alma TED hair restoration treatment is an excellent solution for getting back what you’ve lost. The reasons for premature hair loss range from genetics and stress to illness and hormonal changes, and the result can be embarrassing and frustrating and can make you feel less like yourself. Alma TED is a new product that is changing the world of hair restoration. If you want to learn more about TED or find out if it’s a good solution for you, contact us today to set up your consultation.
how our hair restoration procedure works
Alma TED works by using acoustic sound waves and air pressure to drive active components deeper into the skin for higher compound absorption. The acoustic sound waves create gaseous bubbles within the stratum corneum that expand the lipid bilayer allowing for medications to absorb. Air pressure creates a push-and-pull effect that drives the medications even further.
So instead of creating channels with needles or laser energy, we are now creating temporary pain-free channels that allow the medications to penetrate the skin. This is a revolutionary process.
frequently asked questions
What Is Alma TED?
TED is an ultrasound-based system that uses sound waves’ power and air pressure combined with topical Hair Care Formula. The sound waves and air pressure allow deeper penetration into the scalp of this powerful hair growth formula.
Together, the treatment increases blood flow, improves the health of the scalp, and ultimately stimulates hair follicles. The result is thicker, stronger, healthier hair. Alma TED is unique in that it offers outstanding hair restoration benefits without the discomfort and shedding that are typically experienced with other in-office hair treatments and procedures.
What Are The Typical Results From TED?
Alma TED has been clinically validated in over 20 published studies with patients raving about their results. After about two weeks most patients notice less shedding and begin seeing early signs of regrowth. One month after treatment, many patients see new hairs growing. After two months, patients reported an increase in their hair volume. And after three months, patients’ bald spots began to fill in.
What Does Alma TED Treat?
Alma TED treats a variety of non-scarring alopecia. Its treats male pattern baldness and female pattern baldness, otherwise known as androgenetic alopecia. Androgenetic Alopecia affects males as early in their 20s and affects females later in life secondary to hormones or stress. This is secondary to higher levels of 5-alpha-reductase which converts testosterone to dihydrotestosterone causing hair follicles to become weak and fall.
Where Can Alma TED Be Used?
Alma TED can be used throughout the scalp. We can also use it on the eyebrows or beard area. We can also combine Alma TED with our other laser the ALMA Hybrid for even better results.
How Many Treatments Will I Need?
We recommend that most patients receive three treatments. When your schedule your free consultation, our staff will thoroughly examine the area you would like to treat and construct a plan to achieve your dream results.
Medical Spa At Cavi
goes above and beyond.
Dr. Arjun is the best and the staff is all so friendly and helpful. Check them out you won’t be disappointed!
Follow us