Dermatology laser PICO

hair removalskin rejuvenationpigmented lesion treatment

Short description
The CPMT PICO is a picosecond-domain laser system for clinical and aesthetic dermatology applications, delivering 532 nm and 1064 nm wavelengths with variable spot sizes and high pulse energy.

Overview
The CPMT PICO uses ultra-short picosecond pulses to fracture pigment and tattoo ink particles with limited thermal diffusion to surrounding tissue. The system supports protocols for pigmentary lesions, tattoo removal and non-ablative skin resurfacing, enabling parameter adjustment according to lesion type and skin phototype.

Clinical applications

• Tattoo removal: Removes tattoos of various colors and depths using dual wavelengths.
• Skin rejuvenation: Improves skin texture, fine lines and uneven tone via non-ablative treatments.
• Pigmented lesion removal: Treats age spots, freckles and post-inflammatory hyperpigmentation.
• Acne scar treatment: Reduces appearance of atrophic acne scars.
• Melasma treatment: Provides targeted reduction of melasma-related hyperpigmentation.
• Birthmark removal: Addresses certain congenital pigmented lesions.
• Nevus (mole) removal: Enables precise treatment of selected benign nevi.
• Non-ablative skin resurfacing: Improves texture and tone without epidermal ablation.
• Scar revision: Contributes to reduction of surgical and traumatic scar visibility.
• Hair reduction: Supports long-term hair reduction protocols for various hair types.

Technical specifications

• Wavelengths: 532 nm and 1064 nm
• Pulse duration: Picosecond-range pulses
• Pulse energy: High pulse energy suitable for pigmented lesions and tattoo ink
• Spot sizes: Multiple variable spot sizes for customized treatment
• Indications: tattoo removal; skin rejuvenation; pigmented lesion removal; acne scar treatment; melasma treatment; birthmark removal; nevus (mole) removal; non-ablative skin resurfacing; scar revision; hair reduction

Usage and safety
Treatments should be performed by trained clinicians. Pre-treatment skin assessment, appropriate parameter selection and standard pre/post-care protocols are recommended to minimize adverse events. Adjust settings according to lesion characteristics and patient phototype.

Certifications

• US FDA clearance (as stated)
• ISO 13485:2016