Lutronic PicoPlus 2018 Picosecond Laser System Introduction to Lutronic PicoPlus 2018

Lutronic PicoPlus 2018 is an advanced picosecond laser system designed to deliver high-precision treatments for pigmentation, tattoo removal, and skin revitalization. As aesthetic laser technology continues to evolve, clinics increasingly seek platforms that offer both speed and versatility. Therefore, PicoPlus 2018 was developed to provide efficient energy delivery with minimal thermal impact on surrounding tissue.

Picosecond Laser Technology

Ultra-Short Pulse Duration

PicoPlus 2018 operates using ultra-short picosecond pulses, which allow laser energy to interact with targeted pigment through a strong photoacoustic effect. As a result, pigment particles are fragmented into smaller sizes. Consequently, the body can eliminate them more efficiently through natural metabolic processes.

Multi-Wavelength Capability

The system supports multiple wavelengths to address a wide range of skin concerns. Because different wavelengths target different chromophores, practitioners can treat various pigment colors and skin conditions with greater precision. Therefore, treatment flexibility and clinical effectiveness are enhanced.

Clinical Applications of Lutronic PicoPlus 2018

Tattoo Removal Treatments

Lutronic PicoPlus 2018 is widely used for tattoo removal across different ink colors. Moreover, picosecond technology enables faster pigment clearance compared to traditional nanosecond lasers. As a result, fewer treatment sessions are often required.

Pigmentation and Melasma Management

The system effectively treats pigmentation issues such as melasma, sun spots, and age spots. Although pigmentation depth varies between patients, controlled picosecond energy helps break down pigment while preserving surrounding skin. Therefore, treatment outcomes appear more uniform and natural.

Skin Revitalization and Texture Improvement

In addition to pigment removal, PicoPlus 2018 supports skin revitalization treatments. By inducing dermal stimulation, collagen remodeling is encouraged. Consequently, skin texture, tone, and overall clarity gradually improve.

System Design and User Experience

Ergonomic Handpiece and Treatment Control

The PicoPlus 2018 handpiece is designed for precision and ease of use. Because energy delivery is stable and controlled, practitioners can perform treatments with confidence. Meanwhile, ergonomic design supports efficiency during extended treatment sessions.

Intuitive Interface and Customizable Settings

The system features a user-friendly interface that allows adjustment of fluence, pulse settings, and wavelength selection. As a result, treatments can be customized according to individual patient needs. Consequently, safety and treatment consistency are maintained.

Safety and Clinical Reliability

Lutronic PicoPlus 2018 is manufactured in compliance with international medical device standards. Furthermore, its picosecond pulse technology minimizes heat diffusion. Therefore, the risk of thermal damage and downtime is reduced while maintaining high clinical efficacy.

Benefits for Aesthetic Clinics

Clinics benefit from Lutronic PicoPlus 2018 because it supports multiple indications using a single laser platform. In addition, its efficiency and versatility help clinics expand treatment offerings. Consequently, the system contributes to improved patient satisfaction and long-term practice growth.

Specifications – Lutronic PicoPlus 2018 Picosecond Laser System

General Information

Device Name
Lutronic PicoPlus 2018

Manufacturer
Lutronic Corporation

Technology
Picosecond laser technology with ultra-short pulse duration for photoacoustic pigment disruption

Laser Type
Solid-state Nd:YAG picosecond laser system

Primary Function
Pigmentation treatment, tattoo removal, skin revitalization, and collagen remodeling

Treatment Approach
High-peak power picosecond pulses with minimal thermal diffusion

Laser Parameters

Wavelengths
1064 nm for deep dermal pigmentation and dark ink colors
532 nm for superficial pigmentation and red, yellow, and orange tattoo ink

Pulse Duration
Picosecond range for strong photoacoustic effect and reduced heat damage

Pulse Mode
Single pulse and fractional treatment compatibility depending on handpiece configuration

Peak Power
High peak power output optimized for effective pigment fragmentation

Repetition Rate
Adjustable repetition rate for controlled and precise energy delivery

Fluence Range
Adjustable fluence levels to accommodate various skin types and treatment indications

Beam Profile
Uniform beam profile for consistent energy distribution across treatment area

Handpieces and Spot Sizes

Handpiece Design
Ergonomic handpiece engineered for precision control and operator comfort

Spot Size Options
Multiple selectable spot sizes for customized treatment depth and coverage area

Fractional Capability
Compatible with fractional handpieces for skin rejuvenation and textural improvement

Treatment Accuracy
High beam stability ensures precise targeting of pigment and tattoo ink

Treatment Capabilities

Tattoo Removal
Effective for black, blue, red, yellow, and multicolor tattoos

Pigmentation Treatment
Melasma
Solar lentigines
Freckles
Post-inflammatory hyperpigmentation

Skin Rejuvenation
Improvement of skin tone and texture
Reduction of fine lines
Stimulation of collagen and elastin production

Acne Scar Support
Dermal remodeling through controlled laser-induced stimulation

User Interface and Software

Display
High-resolution color touchscreen interface

Operating System
Integrated digital laser control software

Preset Programs
Preconfigured treatment parameters for common clinical indications

Customization
Fully adjustable settings for fluence, pulse repetition, and wavelength selection

Treatment Monitoring
Real-time system feedback during laser operation

Data Management
Internal system memory for parameter consistency and workflow efficiency

Cooling and Safety Systems

Cooling Method
Integrated internal cooling system for laser stability

Skin Protection
Low thermal diffusion minimizes epidermal damage

Safety Sensors
Built-in system monitoring for laser output stability and temperature control

Emergency Stop
Manual emergency stop button for immediate shutdown

Key Switch
Secure system activation to prevent unauthorized use

Protective Mechanisms
Automatic system lock during fault detection

Physical Specifications

Console Design
Compact freestanding medical laser console

Dimensions
Height approximately 135 to 150 cm
Width approximately 45 to 55 cm
Depth approximately 60 to 70 cm

Weight
Approximately 110 to 130 kg depending on configuration

Mobility
Heavy-duty medical-grade caster wheels for easy movement

Housing Material
Medical-grade metal and reinforced polymer casing

Electrical Requirements

Power Supply
Single-phase 100 to 240 VAC

Frequency
50 to 60 Hz

Power Consumption
Optimized for continuous clinical operation

Electrical Safety
Compliant with international medical electrical equipment standards

Treatment Environment

Operating Room Requirements
Standard dermatology or aesthetic treatment room

Ventilation
Normal clinical ventilation sufficient

Ambient Temperature Range
Controlled clinical room temperature recommended for optimal performance

Clinical Safety and Compliance

Regulatory Approval
FDA cleared for dermatologic and aesthetic laser indications
CE certified for European Union markets

Clinical Validation
Backed by clinical studies demonstrating efficacy of picosecond laser technology

Skin Type Compatibility
Suitable for multiple Fitzpatrick skin types when used with appropriate parameters

Indications for Use

Tattoo removal
Pigmented lesions
Skin brightening
Photoaging improvement
Skin texture refinement
Non-ablative skin rejuvenation

Intended Users

Dermatologists
Aesthetic physicians
Trained medical professionals specializing in laser treatments

Warranty Information
2 Years