Why Choose Alma TED for Your Hair Loss?
Painless - No convalescence - No trauma
Alma TED is a revolutionary, non-invasive treatment. When used with our TED+ topical hair care formula, it promotes better blood circulation to the scalp, resulting in thicker, stronger hair.
It provides these benefits without the discomfort and loss often experienced with other in-office hair treatments and procedures.
Discover the revolutionary benefits of Alma's Sustainable Energy Treatment (TED) technology to effectively combat hair loss. With a non-invasive and advanced approach, our TED technology offers exceptional benefits for hair health.
Stimulation of Natural Regrowth: TED Alma technology activates dormant hair cells, promoting natural hair regrowth while improving hair density and thickness.
Cell Regeneration: By targeting the deep layers of the scalp, TED Alma stimulates cell regeneration, thus revitalizing weakened hair follicles.
Improved Blood Circulation: Through gentle, targeted stimulation, our technology increases blood circulation in the scalp, promoting better follicle nutrition and optimal hair growth.
Comfortable and Non-Invasive Treatment: Enjoy a pleasant and pain-free treatment experience. TED Alma technology is designed to ensure your comfort throughout the session.
Precise Personalization: Each session is tailored to your specific needs, providing a personalized approach to target areas of hair loss and maximize results.
Long-lasting Results: Through cellular regeneration and continuous stimulation, the benefits of TED Alma technology last over time, providing a long-lasting solution to hair loss.
TED Alma Laser for Androgenic Loss
“Transform Your Hair: Discover the Power of TED Alma Laser Treatment!”
Alma TED is an ultrasound-based system that uses acoustic sound waves to address a wide range of aesthetic applications that benefit from improved blood circulation. Our TED+ hair care formula contains essential ingredients that jointly support optimal hair and scalp health and follicular strength.
When combined with the TED+ hair care formula, Alma TED helps improve the appearance of hair, resulting in thicker, fuller hair with increased shine and strength.
How Can Sound Waves Help Hair Grow?
TED uses low-frequency "ultrasonic" acoustic sound waves and air pressure to penetrate topical hair growth treatments deep into the skin through a process called acoustic cavitation. This use of sound waves to increase the penetration of topical treatments is called sonophoresis or phonophoresis.
The stratum corneum is the outermost layer of the epidermis composed mainly of dead cells and lipids that form the main barrier between the body and the environment.
The stratum corneum has a "brick and mortar" structure, which blocks the penetration of large molecules and moisture.
Corneocytes are the cellular "building blocks" that are "glued" with lipids, creating the outer barrier. Ultrasonic sound waves at a very specific vibration or frequency cause tiny transient gas bubbles in the stratum corneum to rapidly expand and collapse, disrupting the lipid bilayer and temporarily increasing permeability. In addition, the mechanical pressure of the sound waves creates a push and pull effect to facilitate the delivery of compounds across the stratum corneum.
Through the TED process, we can increase the penetration of topical hair growth treatments through the top layer of the skin, allowing more active ingredients to reach the hair follicles below.
TED uses low-frequency "ultrasonic" acoustic sound waves and air pressure to penetrate topical hair growth treatments deep into the skin through a process called acoustic cavitation. This use of sound waves to increase the penetration of topical treatments is called sonophoresis or phonophoresis.
The stratum corneum is the outermost layer of the epidermis composed mainly of dead cells and lipids that form the main barrier between the body and the environment.
The stratum corneum has a "brick and mortar" structure, which blocks the penetration of large molecules and moisture.
Corneocytes are the cellular "building blocks" that are "glued" with lipids, creating the outer barrier. Ultrasonic sound waves at a very specific vibration or frequency cause tiny transient gas bubbles in the stratum corneum to rapidly expand and collapse, disrupting the lipid bilayer and temporarily increasing permeability. In addition, the mechanical pressure of the sound waves creates a push and pull effect to facilitate the delivery of compounds across the stratum corneum.
Through the TED process, we can increase the penetration of topical hair growth treatments through the top layer of the skin, allowing more active ingredients to reach the hair follicles below.
Why Choose Alma TED for Your Hair Loss?
Effective from the first treatment
After just two weeks of the first treatment, you will notice a reduction in hair loss. In the following months, you will notice new hair growth.
Few treatments
The treatment requires very little treatment to restore healthy hair and promote hair regrowth. The protocol is usually 3 treatments, 1 per month.
Treats androgenetic alopecia
Clinically proven to restore healthy hair, providing density, strength, and new hair growth. Results are long-lasting.
Get an Appointment
Get a free consultation in a private booth with one of our hair solutions specialists. We give you unbeatable professional support to help you find the treatment that suits you best! You can also visit the Centre to take a look at our impressive showroom.
