10 Best Picosecond Laser Machines for Sale Worldwide

No.	Machine Profile	Typical Wavelength	Pulse Duration	Pulse Energy	Typical Fluence Range	Repetition Rate	Spot Size	Common Use
1	Clinical Nd:YAG Picosecond System	1064 nm	About 300–900 ps	Up to about 1.5 J	About 0.5–10 J/cm²	1–10 Hz	2–10 mm	Dark tattoo pigments and selected benign pigmented lesions
2	Dual-Wavelength Nd:YAG Picosecond System	532 nm / 1064 nm	About 300–900 ps	About 0.2–0.8 J at 532 nm; up to about 1.5 J at 1064 nm	About 0.5–8 J/cm²	1–10 Hz	2–10 mm	Multi-colour tattoo treatment and selected superficial pigment targets
3	Alexandrite Picosecond System	755 nm	About 500–800 ps	About 0.2–1.0 J	About 0.5–8 J/cm²	1–10 Hz	2–6 mm	Selected blue, green, and dark tattoo inks; pigment applications depend on indication
4	Dual-Wavelength 730/1064 nm System	730 nm / 1064 nm	About 300–900 ps	About 0.2–1.2 J	About 0.5–8 J/cm²	1–10 Hz	2–8 mm	Selected tattoo colours and pigment targets, subject to device configuration
5	High-Energy 1064 nm Picosecond System	1064 nm	About 300–900 ps	Up to about 1.8 J	About 0.5–10 J/cm²	1–8 Hz	2–10 mm	Clinical applications requiring higher pulse energy at suitable spot settings
6	Compact Dual-Wavelength Picosecond System	532 nm / 1064 nm	About 400–900 ps	About 0.1–0.8 J	About 0.5–6 J/cm²	1–8 Hz	2–8 mm	General dermatology and tattoo applications in clinics with moderate throughput needs
7	Fractional-Optic 1064 nm Picosecond System	1064 nm	About 300–900 ps	About 0.2–1.5 J per pulse	Varies by fractional optic and microbeam pattern	1–10 Hz	Typically 6–10 mm treatment field	Fractional laser procedures; delivered energy is divided among microbeams
8	Fractional-Optic 755 nm Picosecond System	755 nm	About 500–800 ps	About 0.2–1.0 J per pulse	Varies by fractional optic and microbeam pattern	1–10 Hz	Typically 6–10 mm treatment field	Fractional treatments and selected pigment applications, according to the handpiece
9	Green-Wavelength Picosecond System	532 nm	About 300–900 ps	About 0.1–0.8 J	About 0.5–6 J/cm²	1–10 Hz	2–8 mm	Selected red, orange, and superficial pigment targets; clinical suitability varies
10	Multi-Wavelength Picosecond Platform	Commonly 532 nm / 755 nm / 1064 nm, depending on configuration	About 300–900 ps	About 0.1–1.5 J, wavelength dependent	About 0.5–10 J/cm², handpiece dependent	1–10 Hz	2–10 mm	Versatile clinical use where multiple wavelength options are available