PICOSECOND TATTO REMOVAL MASHINE

Picosecond lasers use pressure-wave technology to break the target pigment/ink into ultra-fine particles that the body can easily eliminate.

Nanosecond Technology VS Picosecond Technology

Traditional Laser (Nanosecond)

Traditional nanosecond lasers rely mainly on photothermal action, delivering heat to the pigment and surrounding tissue.

Picosecond Laser

Picosecond lasers use pressure-wave technology to break the target pigment/ink into ultra-fine particles that the body can easily eliminate.

 

RECLASER PICOSECOND LASER MACHINE

4 Wavelengths: 532nm + 755nm + 1064nm + 1320nm
High-end multifunction system for pigmentation removal, tattoo removal and skin rejuvenation.

Four Wavelengths

532nm
755nm
1064nm
1320nm

5 Treatment Probes

532nm Probe
Epidermal pigment lesions, red/yellow pigments, coffee-color tattoos

1064nm Probe
Dermal pigment lesions & dark-color tattoo removal

755nm Focus Probe
Honeycomb shape — breaks melanin into more dispersed particles

1064nm Fractional Probe
Smooths pigmentation

1320nm Probe
Shrinks pores, removes blackheads, improves skin texture

High Power — 1500W

Stable output for deeper, faster and more effective treatments.

Shot Lifetime: 5 Million Shots

HANDLE DESIGN

Ergonomic, comfortable grip for long-term professional use.

Quick-Release System
Allows fast replacement of treatment probes.

TREATMENT HEAD

Durable, precise, engineered for consistent energy output.

RECLASER PICOSECOND LASER — PARAMETERS

Name:
PicoSecond Laser Tattoo Removal Machine

Wavelength:
532nm + 755nm + 1064nm + 1320nm

Treatment Probes:
5 Probes

Shots Lifetime:
5 Million Shots

Power:
1500W

Frequency:
Up to 10Hz

Energy:
10–2000mJ

Voltage:
110V / 220V

Functions:
Pigmentation Removal
Tattoo Removal
Carbon Laser Treatment
Skin Rejuvenation

Languages & Logo:
OEM Language & Custom LOGO Available

Color Options:
Black / White

SKIN STRUCTURE DIAGRAM

Cuticle
Granular Layer
Echinocyte Layer
Basement Layer
Dermis

HIGH-TECH FEATURES
Honeycomb Focused Technology

Improves energy distribution and breaks pigment more efficiently.

Contact Our Team