TED™ Hair Restorationin Hagerstown, MD
What is TED™ Hair Restoration?
Alma TED™ is an innovative, noninvasive hair growth treatment that uses acoustic sound waves and air pressure to increase scalp permeability and push hair growth serums deep into the dermis — completely needle-free and pain-free.
Ageless Skin & Laser Center is proud to offer Alma TED™ in Hagerstown, MD for patients seeking dramatic hair restoration without needles, trauma, or shedding phases.
Benefits of TED™ Hair Restoration
Who is a Good Candidate?
How TED™ Hair Restoration Works
The Alma TED™ handpiece emits acoustic sound waves that temporarily expand intercellular pathways in the scalp layer. Specialized growth factor serum is then applied, driving nutrients deep into hair follicles where they stimulate new growth.
Common Treatment Areas
What to Expect During Treatment
The treatment takes roughly 20–30 minutes and feels like a warm, gentle vibration on the scalp. There is no discomfort, numbing required, or bleeding.
Recovery & Results
You can immediately resume all normal activities. We advise keeping your hair dry for 24 hours post-treatment. A standard regimen consists of 3 treatments spaced 1 month apart.
Frequently Asked Questions
Ready to Get Started?
Schedule a consultation with our expert providers to discuss your aesthetic goals and create a personalized treatment plan.
Have Questions About TED™ Hair Restoration?
Have a question or interested in learning more about one of our treatments? Complete the form below and a member of our team will contact you shortly.
Related Services

PRP Scalp Therapy
Uses your body's own platelet-rich plasma (PRP) to stimulate hair follicles, improve scalp health, and support natural hair growth in thinning areas.
Learn More →
Hair Science Pharmaceuticals
Prescribed topical formulas and targeted medical treatments designed to slow hair loss, reduce scalp inflammation, and promote regrowth.
Learn More →
Nutrafol
Clinically backed, physician-formulated daily supplements that target the root causes of hair thinning from within.
Learn More →