PicoWay Laser Tattoo Removal Program
Gentle, targeted light treatment for various tattoo colours and skin types.
Discover the PicoWay Laser Tattoo Removal Program
The PicoWay Laser Tattoo Removal Program uses ultra-short picosecond pulses and multiple wavelengths (1064 nm, 532 nm, and 730 nm) to target tattoo pigments of various colours and depths.¹ This approach helps gradually fade tattoos—including shades such as blue and green—through precisely calibrated light energy.²
Each session is personalized according to the tattoo’s characteristics and skin tone. The process focuses on precision and comfort, allowing the pigment fragments to be naturally cleared by the body over time.³
*Individual results may vary depending on individual patient
How the PicoWay Laser Program Works on Various Tattoo Colors
Tattoo inks absorb light differently depending on their colour and depth beneath the skin. The PicoWay Laser Program uses precisely calibrated picosecond pulses and multiple wavelengths to adapt to each pigment’s behaviour.⁴ This design allows the laser energy to interact selectively with tattoo ink while keeping the surrounding skin unaffected.⁵
Wavelengths and Their Tattoo Color Targets
The PicoWay Laser Program system uses different wavelengths to address tattoo inks across a wide color spectrum. Each handpiece is designed to interact with specific pigment tones, allowing treatment plans to be tailored to the tattoo’s characteristics.⁴
1. 532 nm handpiece:
The 532 nm handpiece in the Pico Laser Tattoo Removal Program is designed for warm-toned pigments such as red, orange, and yellow inks. These pigments absorb shorter wavelengths, so 532 nm light mainly affects tattoos closer to the skin’s surface.
Because many decorative or cosmetic tattoos include these tones, this wavelength is often chosen for floral artwork, colour outlines, or small detailed designs.
- Targets: Warm shades like red, orange, and yellow.
- Commonly used for tattoos near the surface or with bright, vivid hues.⁵
2. 730 nm and 785 handpieces:
Both 730 nm and 785 nm handpieces in the Pico Laser Tattoo Removal Program are designed to treat cool-toned pigments, especially blue and green inks.
These colors can be more resistant to fading, so the laser energy at these wavelengths is carefully calibrated to interact with those pigments while maintaining skin balance.
- 730 nm: Used for dense blue or green pigments, often found in layered tattoos.
- 785 nm: Selected for lighter blue-green tones or mixed gradients, allowing precise adjustment for ink density.²
3. 1064 nm handpiece:
The 1064 nm handpiece is the most commonly applied wavelength in the Pico Laser Tattoo Removal Program. It penetrates deeper layers of skin, targeting dark-toned pigments such as black, brown, and dark blue inks that other wavelengths may not reach.
This wavelength is suitable for a broad variety of tattoo styles—from fine-line script to large shaded designs—helping manage deeper pigment placement effectively.
- Targets: Deep tones like black, brown, purple and dark blue.
- Commonly used for tattoos with layered or deeper pigment placement.¹
Summary of Handpiece Functions and Applications4
|
Handpiece
|
Effective Tattoo Colors
|
Fitzpatrick Skin Types
|
|---|---|---|
|
Zoom 532 nm
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Red, yellow, and orange tattoo removal
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I - III
|
|
Zoom 1064 nm
|
Black, brown, green, blue, and purple tattoo removal
|
I - VI
|
|
730 nm
|
Blue and green tattoo removal
|
II - IV
|
|
785 nm
|
Blue and green tattoo removal
|
II - IV
|
Eyebrow (Microblading) Tattoo Removal
Eyebrow tattoos—whether microblading, brow-shading, or powder brows—use pigment blends that differ from body tattoos. They combine mineral oxides (such as iron oxide and titanium dioxide) with organic dyes (like carbon black), creating tones that respond to laser light in complex ways.⁶
The PicoWay Tattoo Removal Program is often selected for this delicate area because of its precise picosecond pulses and multiple wavelengths. It allows gradual fading of unwanted pigment while maintaining the brow’s natural contour.
Key Points for Eyebrow Tattoo Removal Treatment:
- Common pigments: Brown, grey, and black microblading inks that absorb the 1064 nm wavelength effectively.
- Technique: Focused picosecond pulses minimise surface heating, helping maintain skin texture around the brow line.
- Treatment design: Adjusted energy and spot size for thin, sensitive skin around the eyes.
- Gradual fading: Treated pigment breaks into micro-particles, which the body gradually clears.⁷
(The Medical Council of Thailand)
PicoWay Laser Program at BSL Clinic in Bangkok
At BSL Clinic, the PicoWay Tattoo Removal Program is part of a personalized plan designed to gradually fade unwanted tattoos.
Using multi-wavelength picosecond light (1064, 532, and 730 nm), each session targets different ink depths with precision while maintaining skin balance.
Highlights of the PicoWay Laser Program:
- Multi-colour adaptability: Three key wavelengths allow adjustment for a wide range of tattoo inks—from dark to bright tones.
- Precision approach: Picosecond pulses focus on ink fragmentation without excessive surface heating.
- Adaptive for diverse skin tones: Adjustable parameters support treatment across varied skin complexions.
- Personalised session design: Energy levels and intervals are scheduled individually to support gradual, comfortable fading.
- Convenient recovery period: Short, mild aftercare steps before returning to daily activities.
Laser Tattoo Removal: FAQs
With each laser tattoo removal session, the ink gradually lightens. Regular visits help improve clarity over time as pigment particles continue to break down and fade.
Yes. The PicoWay Laser Tattoo Removal Program allows adjustable settings that match various skin tones and pigment levels, helping ensure balanced results across diverse complexions.
Clients often describe a light snapping sensation during treatment. Cooling or topical care may be provided beforehand to improve comfort throughout the tattoo removal process.
After treatment, keep the area clean and avoid strong sun exposure for a few days. Mild redness can occur but usually settles quickly; gentle skincare helps the skin recover naturally.
Yes. Eyebrow tattoo removal and microblading pigment fading can be performed using the PicoWay Laser Program. Laser settings are adjusted according to the pigment tone, ensuring a gradual and even fading process.
Most clients return to normal activities right away. The treated skin may appear slightly pink or dry for a short period, which typically resolves on its own.
The PicoWay Laser Program uses multiple wavelengths to reach pigments at various depths—addressing dark, bright, and even resistant hues like green or blue tattoos.
Laser tattoo removal treatment can be performed on most body areas, including arms, back, legs, and cosmetic zones such as eyebrows. The approach may vary depending on tattoo age and skin condition.
Changes can often be observed after the first few treatments, though results vary with ink type and colour density. Consistency across sessions supports gradual and clearer fading.
Tattoo removal treatment prices in Bangkok depend on tattoo size, colour, and pigment density.
At BSL Clinic in Bangkok, fees are assessed individually after consultation to ensure each plan fits the client’s tattoo characteristics.
- Bernstein EF, Bhawalkar JD, Smith R, et al. A randomized split-tattoo study comparing picosecond and nanosecond Q-switched laser treatment. J Drugs Dermatol. 2015;14(11):1312–1316.
- Brauer JA, Reddy KK, Anolik R, et al. Successful and rapid treatment of blue and green tattoo pigment with a novel picosecond laser. Arch Dermatol. 2012;148(7):820–823.
- Kilmer SL, Lee MS, Grevelink JM. Mechanisms of laser-induced tattoo pigment removal. J Clin Aesthet Dermatol.2021;14(5):E61–E68.
- Candela Medical. PicoWay Laser Technology Overview. Accessed November 30, 2025. Available from: https://candelamedical.com/products/picoway
- Anderson RR, Parrish JA. Selective photothermolysis: precise microsurgery by selective absorption of pulsed radiation. Science. 1983;220(4596):524–527.
- Anderson RR, Geronemus RG, Kilmer SL. The art of eyebrow tattooing and the science of laser pigment removal. Dermatol Surg. 2019;45(8):1012–1020.
- Hartman M, Lin MG, Zhao Y, et al. Picosecond 532/1064-nm laser treatment for cosmetic eyebrow tattoos in patients with Fitzpatrick skin types III–IV. Lasers Surg Med. 2020;52(9):844–850.