Alma TED Hair Treatment: How It Works and What to Expect

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For those experiencing thinning hair or balding, it can negatively impact self-confidence and quality of life. An innovative treatment called Alma TED uses non-surgical, energy-based technologies to stimulate hair growth right in the comfort of the medical spa or clinic. This detailed guide covers everything you need to know about Alma TED for hair restoration, including how the treatment works, what’s involved, potential results you can expect, and more.


Overview of Alma TED Technology

Alma TED hair restoration stands out as a non-invasive, cutting-edge solution for hair thinning and loss. This treatment, eschewing the need for surgery and its associated recovery time, utilizes a novel approach involving acoustic sound waves and air pressure. This combination enhances scalp health and stimulates hair growth by ensuring deep penetration of essential nutrients, all without causing discomfort or scalp damage.

The effectiveness of Alma TED is rooted in its ability to boost blood circulation and stimulate hair follicles. Improved blood flow delivers more nutrients and oxygen to the follicles, fostering an ideal environment for hair regeneration. Additionally, the treatment involves applying specialized serums, rich in growth factors and nourishing ingredients, customized to each individual’s needs, thereby providing a personalized hair restoration experience.


Alma TED for Hair Restoration – How it Works

Alma TED, an advanced hair restoration technology, has gained significant attention for its efficacy in stimulating hair growth. Understanding the science behind its operation offers insight into why it is considered a revolutionary treatment in combating hair loss.


Enhanced Microcirculation: The Foundation of Hair Regeneration

One of the primary mechanisms through which Alma TED promotes hair growth is by improving microcirculation in the scalp. The application of gentle thermal warming from the device causes the dilation of blood vessels. This process enhances blood flow, ensuring that an increased amount of oxygen and vital nutrients reach the hair follicles. This enhanced circulation is crucial for nourishing hair follicles that are weak or dormant, creating an environment conducive to hair regeneration.


Addressing Scalp Inflammation for Healthier Hair Follicles

Scalp inflammation can be a significant barrier to healthy hair growth. Alma TED addresses this issue through its red LED light component, which possesses specific properties to reduce inflammation. This aspect of the treatment is particularly beneficial in combating damage caused by common scalp conditions like dandruff, buildup, and bacterial overgrowth. By mitigating scalp inflammation, the treatment helps to create a healthier scalp environment, which is essential for the natural growth and strength of hair.


Cellular Activation: Reviving and Stimulating Hair Growth

The low-level laser therapy (LLLT) used in Alma TED plays a vital role in stimulating cellular activity within the hair follicles. This laser directly impacts metabolic activity and protein synthesis in the cells of the follicles and the dermal papilla, the structure at the base of the hair follicle. By activating these cells, the treatment revives dying hairs and initiates the growth of new ones. This cellular activation is a key factor in reversing the effects of hair thinning and loss, contributing to the overall effectiveness of the treatment.


The Alma TED Hair Restoration Procedure: What to Expect

Receiving Alma TED therapy involves the following straightforward steps:



Before your first Alma TED session, the technician takes high-resolution photos of your scalp to document hair loss patterns and density. For maximum results, some spas may recommend using special pre-treatment conditioners, serums, or supplements to prime the scalp.


The Treatment

You sit upright in a comfortable chair as the technician parts your hair section by section to access the scalp. They hold the Alma TED handpiece just above your skin and slowly glide it back and forth across each area of hair loss. Patients normally feel a gentle warming sensation. Treatments take 15-25 minutes depending on the size of the thinning area. Most patients require 6-12 sessions every 2-4 weeks to achieve optimal hair thickness.



Use any prescribed scalp products as directed after each session to boost results. Avoid applying excessive heat styling for 24-48 hours following appointments. Be patient; visible hair growth happens progressively because new hairs sprout in phases. Track improvements with regular photographs.


Are There Any Side Effects?

Alma TED therapy is very low-risk and non-invasive. Because low-level Tri-Wave energy only heats tissues to 101-104°F, there is no burning, downtime, or adverse effects. Some patients report minor tingling, itching, or redness lasting an hour or so after the first couple of treatments as the skin adjusts. Drinking extra water post-treatment helps minimize sensitivity.


What Results Can You Expect From Alma TED?

Alma TED stops hair loss while inducing new regrowth by targeting the underlying scalp issues, blockages, and damaged follicles stifling growth. With a complete treatment plan, most patients see:

– 10-15% increased density every 4 weeks: Improved thickness and fullness progress with each successive session. New hairs initially emerge as fine peach fuzz and then mature into full-size hair.

– Less hair shedding/thinning: Boosted microcirculation prevents further follicular starvation and damage to halt excessive shedding linked to male/female pattern baldness.

– Faster growing hair: The energizing cellular stimulation of Alma Tri-Wave signals hairs to grow rapidly rather than lie static. This quickly replaces dying hairs with new ones.

– Regrowth in over 80% of patients: Significant scalp coverage and visible improvements are achievable for most individuals committing to the full treatment course. Results last 1-3 years with periodic maintenance sessions. Responses are best when beginning treatment at the early stages of balding before extensive hair follicle miniaturization.

– Zero downtime or discomfort: Non-invasive Alma TED is safe for all skin types and causes no downtime, allowing patients to resume normal activities immediately. The gradual rejuvenation is convenient for busy lifestyles.


Alma TED can benefit both men and women across many stages of the hair loss spectrum, including:

– Early stage diffuse thinning: Ideal for boosting follicles before significant miniaturization.

– Moderate diffuse loss: Revives dormant follicles not fully degraded (hair still in telogen/catagen phases).

– Male/female pattern baldness: Reduces DHT-linked shedding while stimulating growth in unaffected areas.

– Poor scalp circulation: Improves blood flow and removal of follicle-blocking debris.

– Prior transplant failure: Rescues grafts impacted by poor anchoring, oxygenation, or uptake.

– Certain alopecias: Corrects inflammatory and stress-related types like areata.

– Perimenopause/menopause: Addresses shifting hormone balding triggers in aging women.

Consult a trichologist regarding your unique balding causes to see if you may benefit. Certain cases of advanced pattern baldness may progress beyond what non-surgical options can fully restore.



In summary, Alma’s advanced Tri-Wave Energy Delivery system provides a safe, non-invasive approach to renewing scalp health and stimulating hair regeneration. The focused infrared heat, red light, and laser effectively treat the underlying issues stalling hair growth while activating cellular mechanisms for thicker, faster-growing hair.

Following the recommended treatment plan can lead to impressive increases in density for both men and women struggling with thinning hair or loss. Coupled with other therapies like PRP or supplements, Alma TED offers the latest innovation for fuller, youthful hair without the risks or lengthy downtime of surgical hair transplantation.


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Written by Lola McQuenzie

Lola is one of our busiest writer. She has worked for Catwalk Yourself since 2007. Lola started working with us after she graduating from Central St Martins

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