Name: Carbon Peel & Pico Laser Rejuvenation
Price: 990.00 CAD
Availability: InStock
Rating: 4.81 (16 reviews)

About Course

This course is designed for aspiring professionals ready to master Carbon Peel and PICO Laser Rejuvenation. You’ll strengthen your understanding of skin anatomy, laser–tissue interaction, and treatment safety, gaining the confidence to address pigmentation, enlarged pores, dull skin, and early signs of aging with precision and care. Step by step, you’ll explore picosecond laser technology and carbon peel fundamentals before advancing to complete rejuvenation protocols, parameter selection, and combination treatment planning. Each module pairs hands-on practice with professional insights, helping you master safe energy settings, effective treatment techniques, and tailored consultation skills that inspire trust and lasting results. This course equips you with the knowledge, techniques, and confidence to deliver exceptional, high-performance Carbon Peel and PICO Laser treatments.

Course Content

1. Skin Anatomy & Laser–Tissue Interaction
How skin is built and how laser light works inside it: skin layers, melanin and other chromophores, Fitzpatrick skin types, and why picosecond pulses are gentler and more precise than older nanosecond lasers.

1-1. Skin Structure & Chromophores
1-2. Fitzpatrick Skin Types & Client Assessment
1-3. Laser Physics & Picosecond Technology
1-4. Practice: Foundations Review
Questions 1
Essay 1

2. PICO Laser Technology & Equipment
Your device, explained simply: the 1064 nm and 532 nm wavelengths, fluence, spot size and handpieces, plus step-by-step setup, calibration and daily care of the machine.

3. Carbon Peel Fundamentals
The "Hollywood peel" from start to finish: how the carbon lotion works, preparing and degreasing the skin, applying the mask, the warming and blasting passes, and what the skin looks like right after.

4. PICO Rejuvenation Protocols
Ready-to-use treatment plans: laser toning for pigmentation and melasma, pore refinement, fine lines and overall brightening — with parameter choices by skin type and how to space sessions into a full course.

5. Consultation, Safety & Aftercare
Working safely and professionally: client assessment, indications and contraindications, eye protection and clinic rules, handling side effects, and clear aftercare instructions for every client.

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Carbon Peel & Pico Laser Rejuvenation

About Course

Course Content

1. Skin Anatomy & Laser–Tissue Interaction
How skin is built and how laser light works inside it: skin layers, melanin and other chromophores, Fitzpatrick skin types, and why picosecond pulses are gentler and more precise than older nanosecond lasers.

1-1. Skin Structure & Chromophores

1-2. Fitzpatrick Skin Types & Client Assessment

1-3. Laser Physics & Picosecond Technology

1-4. Practice: Foundations Review

Questions 1

Essay 1

2. PICO Laser Technology & Equipment
Your device, explained simply: the 1064 nm and 532 nm wavelengths, fluence, spot size and handpieces, plus step-by-step setup, calibration and daily care of the machine.

2-1. Inside the PICO Device: Components & Wavelengths

2-2. Handpieces & Beam Delivery

2-3. Setup, Calibration & Device Care

2-4. Practice: Device Setup & Operation

Questions 2

Essay 2

3. Carbon Peel Fundamentals
The "Hollywood peel" from start to finish: how the carbon lotion works, preparing and degreasing the skin, applying the mask, the warming and blasting passes, and what the skin looks like right after.

3-1. The Carbon Lotion & How the Peel Works

3-2. Carbon Peel Protocol Step by Step

3-3. Skin Response, Results & Session Planning

3-4. Practice: Performing the Carbon Peel

Questions 3

Essay 3

4. PICO Rejuvenation Protocols
Ready-to-use treatment plans: laser toning for pigmentation and melasma, pore refinement, fine lines and overall brightening — with parameter choices by skin type and how to space sessions into a full course.

4-1. Laser Toning for Pigmentation & Melasma

4-2. Fractional PICO: Pores, Lines & Acne Scars

4-3. Building Treatment Courses & Combinations

4-4. Practice: Protocol Design

Questions 4

Essay 4

5. Consultation, Safety & Aftercare
Working safely and professionally: client assessment, indications and contraindications, eye protection and clinic rules, handling side effects, and clear aftercare instructions for every client.

5-1. Consultation & Treatment Planning

5-2. Indications, Contraindications & Screening

5-3. Side Effects, Complications & Aftercare

5-4. Practice: Consultation & Safety Drills

Questions 5

Essay 5

Obtenez • Earn a certificate

About Course

Course Content

1. Skin Anatomy & Laser–Tissue Interaction How skin is built and how laser light works inside it: skin layers, melanin and other chromophores, Fitzpatrick skin types, and why picosecond pulses are gentler and more precise than older nanosecond lasers.

1-1. Skin Structure & Chromophores

1-2. Fitzpatrick Skin Types & Client Assessment

1-3. Laser Physics & Picosecond Technology

1-4. Practice: Foundations Review

Questions 1

Essay 1

2. PICO Laser Technology & Equipment Your device, explained simply: the 1064 nm and 532 nm wavelengths, fluence, spot size and handpieces, plus step-by-step setup, calibration and daily care of the machine.

2-1. Inside the PICO Device: Components & Wavelengths

2-2. Handpieces & Beam Delivery

2-3. Setup, Calibration & Device Care

2-4. Practice: Device Setup & Operation

Questions 2

Essay 2

3. Carbon Peel Fundamentals The "Hollywood peel" from start to finish: how the carbon lotion works, preparing and degreasing the skin, applying the mask, the warming and blasting passes, and what the skin looks like right after.

3-1. The Carbon Lotion & How the Peel Works

3-2. Carbon Peel Protocol Step by Step

3-3. Skin Response, Results & Session Planning

3-4. Practice: Performing the Carbon Peel

Questions 3

Essay 3

4. PICO Rejuvenation Protocols Ready-to-use treatment plans: laser toning for pigmentation and melasma, pore refinement, fine lines and overall brightening — with parameter choices by skin type and how to space sessions into a full course.

4-1. Laser Toning for Pigmentation & Melasma

4-2. Fractional PICO: Pores, Lines & Acne Scars

4-3. Building Treatment Courses & Combinations

4-4. Practice: Protocol Design

Questions 4

Essay 4

5. Consultation, Safety & Aftercare Working safely and professionally: client assessment, indications and contraindications, eye protection and clinic rules, handling side effects, and clear aftercare instructions for every client.

5-1. Consultation & Treatment Planning

5-2. Indications, Contraindications & Screening

5-3. Side Effects, Complications & Aftercare

5-4. Practice: Consultation & Safety Drills

Questions 5

Essay 5

Obtenez • Earn a certificate

Student Ratings & Reviews

1. Skin Anatomy & Laser–Tissue Interaction
How skin is built and how laser light works inside it: skin layers, melanin and other chromophores, Fitzpatrick skin types, and why picosecond pulses are gentler and more precise than older nanosecond lasers.

2. PICO Laser Technology & Equipment
Your device, explained simply: the 1064 nm and 532 nm wavelengths, fluence, spot size and handpieces, plus step-by-step setup, calibration and daily care of the machine.

3. Carbon Peel Fundamentals
The "Hollywood peel" from start to finish: how the carbon lotion works, preparing and degreasing the skin, applying the mask, the warming and blasting passes, and what the skin looks like right after.

4. PICO Rejuvenation Protocols
Ready-to-use treatment plans: laser toning for pigmentation and melasma, pore refinement, fine lines and overall brightening — with parameter choices by skin type and how to space sessions into a full course.

5. Consultation, Safety & Aftercare
Working safely and professionally: client assessment, indications and contraindications, eye protection and clinic rules, handling side effects, and clear aftercare instructions for every client.