Candela PicoWay Tattoo Removal Device

Candela PicoWay Tattoo Removal Device

Candela PicoWay Tattoo Removal Device Designed for versatility, PicoWay effectively addresses a wide range of indications, including skin rejuvenation, tattoo and permanent makeup removal, and various types of pigmentation covering more clinical applications than any other picosecond laser.

Features

Four true picosecond wavelengths and pulse durations for highly customizable treatments with minimal side effects.
Multiple beam delivery technologies: full-beam, micro-beam (Resolve), and micro-beam with a fusion ring (Resolve Fusion).
Adjustable wavelength, energy (fluence), spot size, and repetition rate to tailor treatments by indication and skin type.
High peak power for efficient pigment and tattoo fragmentation.
Enhanced articulated arm available to extend reach, improve stability, and ensure precise beam alignment.
Linked, easy-to-use user interface; dial settings on zoom handpieces visible on screen.
Fast initiation: system is ready in less than two minutes; Pulse-on-Demand design supports long flashlamp life.
Ergonomic, lightweight handpieces to improve clinician comfort over extended use and large treatment areas.

Advanced Delivery System for Maximum Efficiency

Optimized for operator comfort
Ergonomic articulated arm delivery system with 7 degrees of flexibility
Lightweight handpiece ensures comfort during large-area and long-duration treatments
Adjustable spot sizes from 2 to 10 mm via zoom handpiece

Applications

Advance your practice with PicoWay treatments for tattoo removal, benign pigmented lesions, melasma, acne scars, and wrinkles. The system supports a wide range of tattoo colors and skin types and is cleared by major regulatory authorities for multiple indications.

The science of picosecond laser technology
Pigmentation and Tattoo Ink

The PicoWay laser device utilizes ultra-short pulses of laser energy to target and break down pigment particles in the skin.

The PicoWay laser generates pulses in significantly shorter intervals compared to traditional lasers, to deliver precise and targeted treatments.

Tattoo pigment particles embedded within the skin readily absorb the picosecond pulses, creating a photoacoustic effect that shatters them into smaller fragments. The body then absorbs and eliminates these ink or pigmentation fragments.