T-Rex is a professional tattoo removal laser designed for effective and safe treatment of tattoos and PMU

The T-Rex Q-Switched Nd:YAG Laser is a modern and highly effective device for advanced aesthetic procedures. It easily removes decorative permanent makeup and is powerful enough to eliminate multi-colored tattoos, even those with deeply embedded pigment.

This laser is also widely used for pigmented lesion removal and non-invasive skin rejuvenation. Its carbon peeling mode allows for safe, surgery-free skin smoothing, improved texture, and a healthy glow. with no scarring or downtime.

Depending on the tattoo size and ink depth, 2-5 sessions are typically enough to achieve visible results. Larger tattoos may require 10+ sessions, while permanent makeup correction usually takes just 1-2 sessions.

The Q-Switched technology delivers ultra-short, high-energy pulses in the nanosecond range, targeting pigment precisely without damaging surrounding skin. T-Rex uses dual laser rods and a high-performance power supply to generate stronger energy output than single-rod systems.

🔧 Technical Specifications:

Wavelengths: 1064 nm, 532 nm, 1320 nm (interchangeable tips included)
Pulse width: 5-6 ns
Frequency: 1-10 Hz
Max energy output: 2000 mJ
Operation modes: HR, SR, FHR
Cooling system: Air + Liquid cooling
Power supply: 1000 VA
Control panel: 12″ HD touch screen
Interface language: English
Dimensions & weight: 64×57×47 cm, 15 kg
Warranty: 12 months

🔬 Wavelength Applications:

1064 nm
• Removes deep dermal pigmentation and tattoos (black, blue)
• Treats nevus of Ota and Hori’s nevus

532 nm
• Targets epidermal pigmentation: freckles, solar lentigo, melasma (red/brown tones)

1320 nm
• Used for carbon facial peeling: improves texture, brightens skin tone, reduces fine lines and enlarged pores

⚙️ How the Tattoo Removal Laser Works:

Using the photoacoustic effect, high-intensity laser energy penetrates the skin and breaks up pigment clusters in the dermis. The ultrashort pulses cause pigment to rapidly expand and shatter, after which the particles are absorbed and eliminated by macrophages. The pigmentation fades naturally over time.