A Clean Slate. Engineered.
Picosecond and Q-switched laser protocols matched to every ink color — photoacoustic pigment fragmentation, fractional blending, and coded recovery for complete clearance.
Get Your Removal AssessmentHow Laser Tattoo Removal Works
A partnership between technology and biology — ultra-short laser pulses shatter ink, and your immune system does the rest.
Photoacoustic Fragmentation
Picosecond and nanosecond laser pulses create a photoacoustic shockwave that shatters ink particles into tiny fragments — small enough for your immune system's macrophages to engulf and clear through the lymphatic system.
Wavelength-Matched Targeting
Different ink colors absorb different wavelengths of light. We match 1064 nm to black/blue, 532 nm to red/orange, and 694 nm (Ruby) to green/teal — ensuring maximum energy absorption by the pigment with minimal damage to surrounding tissue.
PFD Optical Clearing
Perfluorodecalin (PFD) patches disperse vapor bubbles created during lasing, reducing optical scatter and frosting. This allows safe multi-pass treatment in a single session — accelerating clearance while maintaining safety.
Fractional Lift & Release
Fractional lasers (Fraxel, Halo, ProFractional) create micro-channels that vent gas, lift superficial ink, and remodel dermal collagen. This "lift & release" technique reduces ghosting — the pale halo that can appear when ink leaves unevenly.
Immune-Mediated Clearance
Between sessions, your body does the work. Fragmented ink particles are transported by macrophages to lymph nodes for processing. Proper spacing (6–8 weeks) ensures maximum biological clearance before the next treatment.
By the Numbers
Proven Results
95%+
Average Clearance for Black Ink
6–12
Average Sessions to Clearance
15+
Years of Laser Experience
All
Fitzpatrick Types Treated
The Emer Method — 5 Pillars
Every tattoo removal protocol maps to our Five Pillars — a systematic framework that ensures complete clearance with optimal skin quality.
Code Trauma
Photoacoustic laser pulses shatter ink particles at the cellular level — fragmenting pigment into pieces small enough for immune clearance.
Suppress Chaos
Numbing protocols, cooling systems, and PFD patches reduce the inflammatory cascade — minimizing tissue damage and PIH risk during each session.
Lock Collagen
Fractional blending preserves skin texture and prevents ghosting — ensuring the cleared site integrates seamlessly with surrounding skin.
Restore Energy
RECODEX IVs (NAD+, Vitamin C, GHK-Cu) restore cellular resources post-session — accelerating macrophage clearance and tissue repair between visits.
Ascend
Complete clearance and skin optimization — from tattooed to transcendent. The final phase ensures the treated canvas is indistinguishable from native skin.
Device Arsenal
Two complementary laser platforms engineered for every ink type, depth, and skin tone.
Rohrer Pico 532/1064
Photoacoustic-dominant picosecond laser with dual wavelengths. The 1064 nm channel delivers deep dermal penetration for black and dark blue ink with minimal melanin interference. The 532 nm channel targets red, orange, and brown pigments at the surface.
- •1064 nm: 4–6 mm spot, ~200–600 mJ, est. 0.4–2.0 J/cm²
- •532 nm: 2–4 mm spot, ~80–300 mJ, est. 0.2–1.2 J/cm²
- •PFD patch enables safe multi-pass in a single session
- •Endpoint: faint whitening/frosting, no epidermolysis
Astanza TattooStar QS
Q-switched nanosecond laser with a stronger thermal component for dense and resistant pigments. Available wavelength modules include Nd:YAG 1064 nm, KTP 532 nm, and Ruby 694 nm for stubborn black, green, and teal inks.
- •1064 nm QS: 3–6 mm spot, 2.0–6.0 J/cm² — workhorse for deep black
- •532 nm QS: 2–4 mm spot, 0.5–2.5 J/cm² — red/orange/brown
- •Ruby 694 nm: 2–4 mm spot, 1.0–4.0 J/cm² — stubborn black & green
- •Endpoint: immediate darkening to frosting; test-spot mandatory
Treatment Tiers
Three tiers organized by complexity — from single-color clearance to full-sleeve correction.
Tier 1
Single Color Removal
Focused ClearanceFor tattoos with one dominant ink color — typically black or dark blue. Fastest clearance timeline with the fewest sessions using a single wavelength.
- ●1064 nm primary wavelength
- ●3–6 sessions typical
- ●PFD multi-pass per session
- ●Coded recovery between visits
- ●Progress photos every session
Tier 2
Multi-Color Removal
Wavelength RotationFor tattoos with multiple ink colors requiring wavelength alternation. Each session targets specific chromophores with matched energy parameters.
- ●Dual/triple wavelength protocols
- ●6–10 sessions typical
- ●Color-by-color staging strategy
- ●Ruby 694 nm for stubborn greens
- ●RECODEX™ peptide support
- ●Fractional blending as needed
Tier 3
Full Sleeve / Cover-Up Correction
Complex ClearanceFor large-area tattoos, layered ink, cover-ups, or resistant pigments. Multi-phase approach combining all available wavelengths, fractional lift, and full biologic recovery.
- ●All wavelengths + fractional stacking
- ●8–15+ sessions staged over 12–24 months
- ●PFD + multi-pass per zone
- ●Surgical excision for refractory areas
- ●Full RECODEX™ IV + peptide protocol
- ●AETHRAFORM™ integration available
Lighten for Cover-Up
Not every patient needs full removal. If you're planning a new tattoo over an existing one, strategic lightening creates the ideal canvas — reducing ink density so your artist can work with less layering and more vibrancy.
Fewer Sessions
Typically 3–5 sessions — fewer than full removal — focused on fading rather than complete clearance.
Strategic Targeting
Lightening concentrated where the new design will be placed, preserving areas that won't interfere with cover-up ink.
Artist Collaboration
We coordinate with your tattoo artist to optimize the canvas for their design — ensuring the best possible cover-up result.
Reduced Density
Lightened base means less cover-up ink needed — producing a thinner, more natural-feeling tattoo with better color fidelity.
What’s Your Removal Plan?
Answer five quick questions and we’ll recommend your treatment tier with an estimated session range.
What is the primary ink color?
How old is the tattoo?
Where is the tattoo?
What is your skin type?
What is your goal?
Ink Color & Wavelength Matching
Every ink color demands a specific wavelength. We match the laser to the pigment for maximum absorption and clearance.
Black / Dark Blue
EASIESTWavelength
1064 nm
Sessions & Interval
3–6 sessions @ 3–5 weeks early, then 6–8 weeks
Strategy
Carbon/iron-based pigments absorb 1064 nm strongly. Rohrer Pico is first-line; TattooStar QS 1064 or Ruby 694 for very dense deposits. PFD patch + multi-pass.
Red / Orange
MODERATEWavelength
532 nm
Sessions & Interval
4–8 sessions @ 6–8 weeks
Strategy
Absorbs well at 532 nm but competes with epidermal melanin in darker skin. Use Rohrer Pico 532 or TattooStar 532 QS with caution in Fitzpatrick IV–VI. Test-spot strongly advised.
Green / Teal
MODERATE–HARDWavelength
694 nm / 755 nm / 1064 nm
Sessions & Interval
6–10 sessions @ 6–8+ weeks
Strategy
Phthalocyanine greens have absorption spectra difficult for 1064 nm. Ruby 694 nm or Alexandrite 755 nm preferred. QS 1064/Ruby alternation often needed.
Blue
MODERATEWavelength
1064 nm / 755 nm
Sessions & Interval
4–8 sessions @ 6–8 weeks
Strategy
Many blues respond well to 1064 nm or alexandrite 755 nm depending on pigment depth. Deep or mixed blue may require wavelength alternation.
Yellow / White / Neon
HARDEST — OFTEN REFRACTORYWavelength
Variable
Sessions & Interval
Unpredictable @ 8+ weeks
Strategy
Titanium dioxide, iron oxides, and fluorescent dyes can scatter or darken unpredictably. Pico 532 may help select yellows. Consider surgical excision or medical camouflage. Full clearance unlikely — consent required.
Treatment Process
Tattoo removal is a staged protocol. Each phase builds on the last — with spacing calibrated for maximum biological clearance.
Fragment & Mobilize
Every 3–5 weeksEarly sessions maximize photomechanical fragmentation. Ultra-short laser pulses shatter ink particles into fragments small enough for macrophage clearance. Expect visible fading after each session.
Deep Clearance
Every 6–8 weeksSessions spaced further apart to minimize PIH risk while maintaining clearance. Immune cells continue clearing fragmented pigment between visits. Progress photos at session 3 guide intensity adjustments.
Final Refinement
Every 8–12 weeksTarget residual pigment with Ruby 694 nm or wavelength alternation for stubborn foci. Fractional blending (Fraxel/Halo) added for ghosting or textural concerns. Focus on matching surrounding skin tone.
Texture & Pigment Maintenance
As neededOptional fractional resurfacing, topical modulation, and sun protection to maintain even tone and texture long after full clearance is achieved.
Body Location & Response
Anatomy matters. Vascular supply, lymphatic drainage, and dermal thickness all influence clearance speed and session count.
Trunk & Upper Arms
Good blood supply and lymphatic drainage. Standard session count and energy levels apply.
Forearms & Legs
Slightly more sessions may be needed. Standard energy parameters with careful monitoring.
Hands, Fingers & Feet
Distal sites have different vascular/lymphatic dynamics and thinner dermis. Lower energy, more sessions, and fractional blending encouraged.
Bony Prominences & Ankles
Higher risk of textural change and hypopigmentation. Conservative parameters and closer monitoring required.
Safe for Every Skin Type
The clinical team has extensive experience treating all Fitzpatrick skin types. Every protocol is calibrated for your melanin level to maximize clearance and minimize risk.
Fair / Light
Full-energy protocols with all wavelengths available. Lower melanin interference allows aggressive treatment from session one.
Wavelength
All wavelengths (1064 nm, 532 nm, 694 nm) at standard fluence
Energy
Standard to high energy parameters; PFD multi-pass safe
PIH Risk
Low PIH risk — hypopigmentation is the primary concern with excessive treatment
Safety Protocol
Strict SPF 50+ pre- and post-treatment to prevent UV rebound
Medium / Olive
Modified protocols with cautious 532 nm usage. Test-spot mandatory before full treatment to assess melanin competition and PIH susceptibility.
Wavelength
1064 nm preferred; 532 nm with caution; Ruby 694 nm for green only
Energy
Moderate energy with gradual escalation; longer intervals between sessions
PIH Risk
Moderate PIH risk — post-inflammatory hyperpigmentation possible, especially with 532 nm
Safety Protocol
Extended 6–8 week spacing; topical lightening agents may be added between sessions
Dark / Deep
Conservative 1064 nm-dominant protocol with lowest effective energy. The clinical team has extensive experience treating darker skin tones safely and effectively.
Wavelength
1064 nm only (safest for melanin-rich skin); 532 nm avoided or highly restricted
Energy
Low-to-moderate energy; test-spot with 4–6 week review before full treatment
PIH Risk
Highest PIH risk — careful energy titration and extended spacing are critical
Safety Protocol
Longer 8–12 week intervals; topical hydroquinone or kojic acid protocols may support clearance
Fractional Lift & Release
The Emer Method add-on that reduces ghosting and improves final blending.
Fractional lasers create microchannels that allow gaseous and vaporized byproducts to escape during picosecond/QS passes. This “optical venting” reduces scatter and enables safe additional passes. Surface remodeling smooths the healed interface so motifs don't heal as sharply demarcated pale islands — the phenomenon known as “ghosting.”
Two Clinical Pathways
Same-Session Stack
Pico/QS → PFD patch → fractional (light density). Clinically safe only by experienced operators with careful heat budgeting.
Staged Approach
Alternate pico/QS sessions with low-density fractional passes every 3–8 weeks based on healing and pigmentation risk.
Session Packages
Bundled protocols designed for your tattoo complexity — transparent pricing discussed at consultation.
Black Ink Clearance
3-Session Bundle
Ideal for small to medium single-color tattoos.
- ✓Single wavelength (1064 nm)
- ✓PFD multi-pass per session
- ✓Standardized photography
- ✓Coded recovery protocol
- ✓Progress review at session 3
Multi-Color Protocol
6-Session Bundle
For colorful tattoos requiring multiple laser wavelengths.
- ✓Dual/triple wavelength rotation
- ✓PFD multi-pass per session
- ✓RECODEX™ peptide support
- ✓Color-by-color staging plan
- ✓Standardized photography
- ✓Mid-protocol reassessment
Complex / Sleeve Plan
Custom 8–15+
Large, dense, or previously treated tattoos.
- ✓All wavelengths + fractional blending
- ✓PFD + multi-pass per zone
- ✓Full RECODEX™ IV + peptide protocol
- ✓Surgical excision for refractory areas
- ✓AETHRAFORM™ integration available
- ✓Extended progress monitoring
Safety & Patient Protocol
Every treatment follows a documented safety framework designed to maximize results and minimize risk.
- •Prescription numbing cream (EMLA) under occlusion for 60–90 minutes before treatment
- •Standardized photography at every session for progress tracking
- •Test-spot on representative area with 4-week healing review before full treatment
- •Strict sun avoidance and SPF 50+ for 4 weeks before and after each session
- •Petrolatum occlusion post-treatment; no soaking for 72 hours
- •Cold air cooling and staged zones for pain management during treatment
- •Reassessment with standardized photos after session 3 to calibrate remaining plan
What to Expect
Honest expectations set before your first session.
Session Experience
Prescription numbing cream is applied under wrap for 60–90 minutes before treatment. Cold-air cooling is used during the session. Most patients rate discomfort as mild to moderate. Expect mild redness, swelling, and possible tiny blisters that heal within days.
Each session lasts 15–45 minutes depending on tattoo size. You can return to normal activities immediately — just keep the area clean, dry, and out of the sun.
Realistic Outcomes
Most tattoos fade 70–90% in 3–6 sessions for black ink, but layered or dense ink may take 8 or more. Colored inks require specialized wavelengths and additional sessions.
Complete 100% erasure is not always guaranteed. Some inks — titanium dioxide, iron oxides, fluorescent/neon pigments — can darken or resist removal. Blending, texture, and tone matching ensure the area looks natural even when trace pigment remains.
“We photograph and document each visit so you can see measurable fading and we can calibrate the next session precisely.”
Real Results
Before & After
Results Coming Soon
Black Ink — Upper Arm
4 Sessions
Results Coming Soon
Multi-Color — Forearm
8 Sessions
Results Coming Soon
Cover-Up Correction — Back
10 Sessions
Patient Experiences
Real stories from patients who completed their tattoo removal journey with the clinical team.
“I had a full-color sleeve I regretted for years. After 8 sessions, you can barely tell anything was ever there. The wavelength rotation strategy made all the difference — even the green ink faded completely.”
M.R., 34 — Multi-Color Sleeve Removal
8 sessions over 14 months
“The numbing cream and cold air made each session completely manageable. What impressed me most was the photography at every visit — watching my tattoo disappear session by session gave me total confidence in the process.”
J.S., 28 — Black Ink Forearm Removal
5 sessions over 8 months
“I was told by two other clinics that my cover-up tattoo was too dense to remove. The clinical team used a combination of picosecond and Q-switched lasers with fractional blending, and the results exceeded every expectation.”
T.K., 41 — Cover-Up Correction
11 sessions over 20 months
Accelerate Your Healing
RECODEX™ peptide and IV protocols engineered to speed tattoo removal recovery and amplify clearance between sessions.
Tattoo removal works by shattering ink particles and relying on your immune system to clear the debris. RECODEX™ peptide protocols and IV infusions accelerate this biological process — reducing inflammation, speeding tissue repair, and priming your body for faster clearance between sessions.
BPC-157 + TB-500 + KPV
Wolverine Recovery Stack
Accelerates tissue repair and reduces inflammation at the treatment site. KPV provides additional anti-inflammatory and skin-healing support. Promotes faster macrophage clearance of fragmented ink particles.
NAD+ IV Infusion
Cellular Energy Restoration
Restores mitochondrial ATP production and buffers oxidative stress caused by laser energy. Supports immune cell function for debris clearance.
GHK-Cu Peptide
Collagen Remodeling
Copper peptide that remodels collagen fibers and prevents scar formation at the tattoo site. Ensures skin heals smooth and even-toned.
MELANOX CODE IV
Pigment Suppression
Pigment and melasma-specific IV protocol that suppresses melanin production from the inside. Highly relevant for preventing post-tattoo-removal hyperpigmentation (PIH).
PRIME IV
Pre-Session Preparation
Pre-treatment prep for pigment-prone or anxious patients. Delivers calming and pigment-protecting compounds to prime the body before each laser session.
BioRein™ — Biologic Reinforcement
Regenerative overlays that accelerate ink clearance and protect skin quality between laser sessions.
Laser shatters ink. Your biology clears it. BioRein™ overlays amplify your body’s natural clearance mechanisms — reducing inflammation, accelerating macrophage activity, and ensuring the skin heals smooth and even-toned between sessions.
PRP Mist
Post-Laser Regeneration
Platelet-rich plasma misted over the treatment site immediately after each laser session — accelerating epithelial healing and reducing downtime.
Exosome Concentrate
Cellular Signaling
Exosome growth factors applied to amplify the immune clearance response — signaling macrophages to accelerate fragmented ink particle removal.
GHK-Cu Peptide Overlay
Collagen Remodeling
Copper peptide overlay that remodels collagen fibers at the treatment site — preventing scar texture and ensuring the cleared skin heals with natural tone and suppleness.
Delivery Tiers
ENFUSE
Surface — Stamped / Microneedled
PRP, growth factors, and exosomes delivered through microneedle channels immediately post-laser for surface-level regeneration.
ENCODE
Shallow — Injected Just Under Skin
Targeted injection into treatment zones needing deeper collagen stimulation and accelerated ink-clearance signaling.
SOURCECODE
Deep — Deep Injection
Deep tissue injection for major regenerative cases — dense or layered tattoos requiring maximum biologic reinforcement.
ANTIPIGMENT Stack
Critical for Fitzpatrick III–VI Patients
Exosomes + copper peptide + brightening agents — specifically formulated to prevent post-inflammatory hyperpigmentation in darker skin tones. Essential overlay for pigment-prone patients undergoing laser tattoo removal.
Frequently Asked Questions
Everything you need to know about laser tattoo removal.
How many sessions will I need?+
Most black ink tattoos require 3–6 sessions with picosecond laser. Multi-color tattoos typically need 6–10 sessions with wavelength rotation. Large, layered, or cover-up tattoos may require 10–15+ sessions. The clinical team provides a personalized estimate after evaluating your ink colors, density, depth, and skin type at consultation.
How painful is tattoo removal?+
We apply prescription numbing cream (EMLA) under occlusion for 60–90 minutes before every session. Cold-air cooling runs continuously during treatment. Most patients describe it as a rubber-band snap sensation — brief and tolerable. The RECODEX™ recovery protocol helps manage any post-session discomfort.
Which colors are hardest to remove?+
Black and dark blue are the easiest — they absorb 1064 nm strongly. Red, orange, and brown respond well to 532 nm. Green and teal require Ruby 694 nm or Alexandrite 755 nm and are more stubborn. Yellow, white, and neon pigments are the hardest — titanium dioxide and fluorescent dyes can darken unpredictably and may resist full clearance.
What is recovery like between sessions?+
Expect mild redness, swelling, and possible tiny blisters for 3–7 days. We apply petrolatum occlusion immediately after treatment. Keep the area clean, dry, and out of direct sun. Most patients return to normal activities the same day. RECODEX™ peptide support (BPC-157, TB-500, and KPV) accelerates tissue healing between sessions.
What factors affect cost?+
Cost depends on tattoo size, number of colors, ink density, body location, and estimated session count. Single-color removal on a small area costs significantly less than full-sleeve multi-color clearance. We discuss pricing transparently at consultation and offer bundled session packages. Financing options are available.
Can all tattoos be fully removed?+
Most professional tattoos with standard ink can be cleared 80–95%. Some achieve near-complete erasure. However, certain pigments — titanium dioxide (white), iron oxides, and fluorescent/neon dyes — can darken or resist removal. Layered cover-ups and amateur tattoos with variable depth may leave subtle ghosting. The clinical team sets honest expectations at consultation and uses fractional blending to ensure the treated area matches surrounding skin.
Continue Your Transformation
Tattoo removal is one chapter in your skin’s story. Explore the pathways that complement and extend your results.
RE:SKN™
After tattoo clearance, residual texture changes or ghosting can be addressed with RE:SKN™ fractional resurfacing, biologic overlays, and coded recovery protocols. Match the treated area seamlessly with surrounding skin.
Explore RE:SKN™PRE:AGE™
Once your tattoo is cleared, protect and maintain the renewed skin with PRE:AGE™ preventive protocols. Quarterly device sessions, peptides, and topical coding keep collagen aligned and pigment disciplined.
Explore PRE:AGE™LUMICODE™ — Pigment Discipline
Post-removal pigment irregularities — hyperpigmentation, hypopigmentation, or tone mismatch — can be corrected with LUMICODE precision laser and peel protocols.
Explore LUMICODE™Burn & Scar Center — Mission-Driven Care
The same laser technologies powering your tattoo removal also serve burn survivors and trauma patients through our 501(c)(3) nonprofit initiative.
Explore Burn & Scar CenterGet Your Tattoo Removal Guide
Receive a free guide covering ink colors, session estimates, recovery timelines, and what to expect at your first consultation.
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Start Your Clean Slate
The clinical team will evaluate your ink colors, skin type, tattoo age, and removal goals to design a wavelength-matched protocol engineered for your specific tattoo.
