Skin rejuvenation laser TORO

pigmented lesion treatmenttattoo removalscar removal

Overview

TORO by DEKA is a Q‑Switched Nd:YAG laser platform combining picosecond and nanosecond emissions at 785 nm, 532 nm and 1064 nm. It is engineered to deliver comprehensive treatments for benign pigmented lesions, tattoo removal (including traumatic and allergic tattoos), skin brightening/toning, DEKA Peel carbon peel, skin rejuvenation and scar management, including acne scars. The hybrid pico & nano modalities provide flexibility to tailor photoacoustic and thermal effects for safe, efficient clinical outcomes.

Key features

• Hybrid pico & nano emissions: picosecond and nanosecond pulse modalities for controlled photoacoustic and thermal interaction
• Three wavelengths (785/532/1064 nm) to target a broad range of chromophores and indications
• Q‑Switched emission with strong photoacoustic effect for selective pigment and ink fragmentation
• Thermal‑Mode pulse option for skin rejuvenation and active acne treatments
• Exclusive square handpieces for homogeneous beam profile and uniform energy distribution
• Wide treatment flexibility across multiple indications and optimized protocols for darker phototypes (III–V)

Accessories

• Pico 785 nm handpiece — round spot sizes: 2 mm, 3 mm, 4 mm, 5 mm, 6 mm
• Round Zoom 2.5–8 mm — adjustable multi‑spot selector for contouring pigmented lesions
• Square handpieces with spacers — square spots recommended for tattoo removal; sizes: 2–7 mm
• DEKA Peel — dedicated modality/accessory for carbon peel laser rejuvenation
• Fractional Round handpieces (8 mm and 9 mm) — for rejuvenation and deeper action on acne scars

Applications

• Acne scars and other scar types
• Melasma
• Tattoo removal (including traumatic and allergic tattoos)
• Benign pigmented lesions (superficial to deep)
• Skin brightening/toning and overall skin rejuvenation
• Carbon peel (DEKA Peel)

Science & Technology

• Q‑Switched pulses produce a photoacoustic effect that fragments pigment and ink particles selectively while preserving surrounding tissue.
• 785 nm picosecond emission provides a true pico modality effective on epidermal and dermal pigments in phototypes III–V, with reduced hemoglobin absorption to lower PIH risk.
• Square spot geometry with homogeneous beam profile ensures uniform energy delivery, improving dosing control and reducing uneven dosing side effects.
• Thermal‑Mode available for indications requiring longer pulse duration, such as collagen remodeling and active acne.

Technical specifications

• System type: Q‑Switched Nd:YAG with hybrid picosecond and nanosecond emissions
• Wavelengths: 785 nm (picosecond), 532 nm (nanosecond), 1064 nm (nanosecond)
• Emission modalities: Picosecond mode (785 nm), Q‑Switched/nanosecond modes (532 nm, 1064 nm), Thermal‑Mode for longer pulses
• Handpieces / spot options: Round spots (2–8 mm depending on handpiece), Square handpieces (2–7 mm), Round Zoom 2.5–8 mm, Fractional Round (8 mm, 9 mm)
• Indicated phototypes: optimized for phototypes III–V
• Primary indications: pigmented lesions, tattoo removal, skin brightening/toning, DEKA Peel, skin rejuvenation, acne and other scars