What Is Alma TED: How It Works and Why InFuze™ Is More Advanced

Hair loss affects millions of men and women worldwide and has become one of the most searched aesthetic and medical concerns of the modern era. As awareness grows and patients seek alternatives to surgery, non-surgical hair restoration technologies have rapidly evolved. Among these, Alma TED has gained visibility as a transdermal hair growth treatment. However, newer and more advanced platforms—most notably InFuze™ by i-Brain Robotics—are redefining what precision, comfort, and clinical effectiveness truly mean in non-invasive hair restoration.

What Is Alma TED?

Understanding Non-Surgical Hair Restoration

Non-surgical hair restoration refers to treatments that aim to support hair growth, reduce shedding, and improve scalp health without surgical transplantation or invasive injections. These solutions are especially appealing for patients who:

• Are in early to moderate stages of hair thinning

• Want preventive or maintenance-based care

• Are not candidates for surgery

• Prefer pain-free, needle-free procedures

• Want zero downtime and minimal risk

Traditional non-surgical approaches include topical solutions, oral medications, microneedling, and injection-based therapies. While these can help, they often face limitations such as poor absorption, discomfort, uneven distribution, and patient non-compliance.

This is where energy-assisted transdermal delivery technologies, such as Alma TED treatment and InFuze™, have transformed the landscape.

What Is Alma TED?

Alma TED (TransEpidermal Delivery) is a non-invasive hair restoration technology developed by Alma Lasers. It is designed to enhance the delivery of topical hair growth solutions into the scalp using ultrasound-based energy rather than needles or injections.

Purpose of Alma TED

Alma TED is intended for:

• Early-stage hair thinning

• Mild to moderate androgenetic alopecia

• Patients seeking a painless, needle-free option

It positions itself as an alternative to traditional mesotherapy or PRP injections by using ultrasound to increase scalp permeability, allowing topically applied solutions to penetrate deeper than manual application.

How Alma TED Works

Alma TED relies primarily on low-frequency ultrasound to temporarily disrupt the stratum corneum (the scalp’s outer barrier). This process increases permeability so that hair growth serums applied to the scalp may diffuse more effectively.

Key Characteristics of Alma TED

• Uses ultrasound energy only

• Relies on topical diffusion rather than forced delivery

• Limited control over depth, velocity, and dosing

• Dependent on Alma-specific formulations

While this approach improves absorption compared to simple topical application, it remains passive delivery, which limits precision and consistency—especially when compared to advanced dual-technology systems.

Limitations of Alma TED

Although Alma TED is non-invasive and comfortable, it has several clinical and operational limitations:

1. Single-Technology Dependence: Alma TED relies solely on ultrasound and does not actively propel actives into follicular structures.

2. Limited Delivery Control: There is no pneumatic force or high-velocity mechanism to ensure uniform follicular targeting.

3. Restricted Formulation Flexibility: Clinics are often limited to proprietary or predefined solutions.

4. Less Scalable for Advanced Protocols: Difficult to customize for exosomes, peptides, or multi-modal regimens.

These limitations open the door for more advanced solutions—most notably InFuze™.

Introducing InFuze™ Non-Surgical Hair Restoration

InFuze™ is an advanced, non-surgical hair restoration system developed to overcome the limitations of conventional topical and ultrasound-only treatments. It is a needle-free, painless Permeation & Pulsed Delivery System engineered specifically for scalp revitalization and follicular stimulation.

Unlike Alma TED, InFuze™ does not rely on passive absorption alone. Instead, it uses a dual-technology approach that actively transports clinician-selected bioactive compounds toward the dermal and follicular layers with precision and consistency.

Core Technology Behind InFuze™

• 40 kHz Ultrasonic Permeation: Temporarily disrupts the scalp’s barrier to enhance permeability

• Pulsed High-Velocity Transdermal Delivery: Propels micro-droplets of active solutions at high speed toward follicular targets

• Sealed-Contact Precision Applicator: Ensures uniform contact, controlled dosing, and minimal run-off

This technology allows InFuze™ to achieve deeper, more uniform, and more reproducible delivery than ultrasound-only systems.

Key Points of InFuze™ Hair Restoration

• Completely needle-free and non-invasive

• Painless with no downtime

• Advanced dual-energy delivery system

• Compatible with exosomes, growth factors, peptides, vitamins, and custom formulations

• Designed for physician-directed protocols

• Suitable for all skin types and hair types

InFuze™ bridges the gap between comfort and clinical effectiveness, making it an ideal platform for modern hair restoration practices.

Alma TED vs InFuze™: Technology Comparison

Feature	Alma TED	InFuze™
Delivery Method	Ultrasound only	Ultrasound + pulsed pneumatic TDA
Delivery Style	Passive diffusion	Active, high-velocity propulsion
Max Velocity	Not specified	Up to 450 m/s
Needle-Free	Yes	Yes
Pain / Downtime	Minimal	None
Precision Control	Limited	High
Uniform Distribution	Variable	Consistent
Exosome Compatibility	Limited	Fully compatible
Protocol Customization	Restricted	Highly flexible

InFuze™ clearly surpasses Alma TED in delivery depth, control, and clinical versatility.

Why InFuze™ Is the Better Choice for Patients

1. Completely Painless Experience

InFuze™ treatments are needle-free and atraumatic. Patients typically feel only mild warmth or gentle vibration, making the procedure ideal for individuals with needle anxiety or low pain tolerance.

2. Zero Downtime

Patients can return to work, exercise, and daily activities immediately after treatment. There is no redness, bruising, or recovery period.

3. Better Results Through Precision

By delivering bioactive compounds directly toward follicular structures, InFuze™ maximizes the effectiveness of each session, often leading to visible improvements in hair quality and density over a structured treatment plan.

4. Suitable for All Hair Loss Types

InFuze™ is effective for:

• Male and female pattern hair loss

• Diffuse thinning

• Early androgenetic alopecia

• Scalp health optimization

5. Long-Term Hair Health

Rather than offering only cosmetic improvement, InFuze™ supports follicular health, scalp circulation, and sustained hair vitality.

Why InFuze™ Is the Better Choice for Physicians

1. Clinical Flexibility

Physicians can customize treatment protocols using:

• Exosomes

• Growth factors

• Peptides

• Vitamins

• Personalized bioactive cocktails

This flexibility allows providers to tailor treatments based on patient diagnosis and progression.

2. Expanded Patient Base

Because InFuze™ is painless and non-invasive, clinics can treat:

• Needle-averse patients

• Sensitive scalps

• Diverse skin types

• Early-stage hair loss patients

3. Efficient Workflow

• Quick treatment sessions

• Minimal setup time

• Repeatable protocols

• Reduced post-procedure management

This efficiency improves clinic throughput and profitability.

4. Strong Safety Profile

• No needles

• No tissue trauma

• Controlled energy delivery

• Reduced risk of infection or complications

5. Higher Patient Satisfaction and Retention

Comfortable treatments with visible results lead to:

• Better compliance

• Higher retention rates

• Increased word-of-mouth referrals

How InFuze™ Hair Restoration Works

Step 1: Scalp Assessment

The clinician evaluates scalp condition, hair density, and hair loss pattern to determine the appropriate protocol.

Step 2: Selection of Active Compounds

Physician-selected solutions are prepared based on patient needs.

Step 3: Ultrasonic Permeation

Low-frequency ultrasound temporarily enhances scalp permeability.

Step 4: Pulsed High-Velocity Delivery

Micro-droplets are propelled toward the dermis and follicular structures with precision.

Step 5: Uniform Coverage

The sealed-contact applicator ensures consistent dosing across the scalp.

Step 6: Post-Treatment

No downtime is required. Patients resume normal activities immediately.

Treatment Protocol and Expected Results

• Initial Phase: 3 monthly sessions

• Maintenance Phase: Periodic follow-up sessions

• Visible Improvements: Often observed after the initial series

• Monitoring: Progress tracked using standardized imaging or trichoscopy

Results vary based on individual biology, hair loss severity, and formulation used.

Address and Contact Information

i-Brain Robotics Inc. United States

Orlando Office:7380 West Sand Lake Rd, Dr Phillips Orlando, FL 32819, USA

Melbourne Office:310 N Wickham Rd, Unit #129Melbourne, FL 32935, USA

Email: info@ibrainrobotics.net

Phone: (352) 804-6054

Website: www.ibrainrobotics.net

Conclusion

While Alma TED introduced many patients to the idea of non-invasive hair restoration, it represents an earlier generation of ultrasound-only delivery technology. In contrast, InFuze™ sets a new benchmark by combining ultrasonic permeation with high-velocity pulsed pneumatic delivery, offering unmatched precision, comfort, versatility, and scalability.

For patients, InFuze™ delivers a painless, downtime-free experience with more consistent outcomes.

For physicians, it provides superior control, broader formulation compatibility, and a future-ready platform for advanced hair restoration protocols.

When comparing Alma TED vs InFuze™, the conclusion is clear:

InFuze™ is the smarter, more advanced choice in modern non-surgical hair restoration.