Laser Tattoo Removal Machine

Laser tattoo removal is a technology that breaks up ink particles by emitting energy through a specific wavelength laser. Among the many types, Picosecond laser tattoo removal machine utilizes ultra-short laser pulses to greatly reduce the treatment contact time and reduce more than 95% of the pain during treatment. Making it the best choice for tattoo removal and skin disease treatment. It can minimize damage to the skin while effectively removing ink, making it a leader in cosmetic laser technology.

Picosecond Laser Technology Advantages

Multi-wavelength versatility ensures comprehensive treatment of all ink types.

532nm: Targets red, orange and yellow pigments.

755nm: Specifically targets stubborn blue and green (the most difficult ink colors to treat).

1064nm/1320nm: Effective for black/dark ink and deeper dermis.

Ultra-short pulse duration (picoseconds) avoids prolonged exposure to heat, protecting the skin from burns and scars.

Super strong skin adaptability, safe for dark skin (Fitzpatrick IV-VI) that is prone to pigmentation using old laser technology.

Adjustable spot size (2mm–10mm), larger spots can penetrate deeper into dense or layered tattoos, while smaller spots can target fine details.

Fewer sessions, faster results, breaking up ink into “dust-like” particles, allowing the body to eliminate them more effectively. Most users see discoloration within 2-4 sessions, compared to 10+ with traditional lasers.

In addition to tattoo removal, the picolaser can also treat hyperpigmentation, melasma, sun damage, wrinkles, and skin remodeling.

Picosecond Laser FAQs

Q1: How is this different from traditional Q-switched lasers?

A: Traditional lasers use nanosecond pulses (billionths of a second), which generate heat and carry the risk of scarring. PicoKing™’s picosecond pulses (trillionths of a second) rely on mechanical shock, reducing heat-related damage.

Q2: Does it work with all ink colors?

A: Yes. The 755nm wavelength excels at removing blue and green, while 532nm and 1064nm work with red, black, and other pigments.

Q3: Is it safe for dark skin?

A: Of course. The technology avoids overheating the melanin, so it is safe for all skin types.

Q4: How many treatments are needed?

A: Usually 2-6 treatments are needed, depending on the ink concentration and color. The number of treatments is less than nanosecond lasers.

Q5: Is the treatment painful?

A: The discomfort is minimal due to the built-in cooling system. Most patients describe it as a slight snapping sensation.

Q6: What is the downtime?

A: There is little or no downtime. Slight redness or swelling may occur, but it will subside within a few hours.

Q7: Can it treat skin diseases?

A: Yes. It can treat pigmentation disorders, melasma, sun damage and even wrinkles.

Q8: Why the emphasis on 755nm?

A: This wavelength specifically targets blue/green pigments, which are notoriously resistant to other lasers.