Product details
LaserOptek PicoLO Picosecond Laser 2019
Advanced Picosecond Technology for Tattoo Removal and Skin Rejuvenation
Introduction to LaserOptek PicoLO Picosecond 2019
LaserOptek PicoLO Picosecond 2019 is a cutting-edge aesthetic laser system designed to deliver ultra-short picosecond pulses for precise pigment targeting. This advanced technology is widely used for tattoo removal, skin rejuvenation, and pigmentation treatments with minimal thermal damage and faster recovery time.
What Is Picosecond Laser Technology
Picosecond laser technology works by delivering energy in trillionths of a second, creating a strong photoacoustic effect rather than excessive heat. This allows the laser to break pigment particles into microscopic fragments that are more easily eliminated by the body’s natural processes.
How Picosecond Lasers Differ from Traditional Lasers
Unlike nanosecond lasers, picosecond systems focus on mechanical impact instead of thermal diffusion. This results in higher efficacy, improved safety, and reduced risk of scarring or post-inflammatory hyperpigmentation.
Key Features of LaserOptek PicoLO Picosecond 2019
Ultra-Short Pulse Duration
PicoLO delivers picosecond-level pulses that effectively shatter tattoo ink and melanin deposits while preserving surrounding tissue.
High Peak Power Output
The system provides strong peak power, enabling efficient treatment of resistant pigments and multi-colored tattoos.
Compact and User-Friendly Design
LaserOptek PicoLO Picosecond 2019 features a compact footprint and intuitive interface, making it suitable for clinics seeking advanced performance with efficient space utilization.
Versatile Treatment Capabilities
This device supports a wide range of dermatological and aesthetic indications, from pigment correction to skin revitalization.
Clinical Applications of LaserOptek PicoLO Picosecond 2019
Tattoo Removal
PicoLO is highly effective in removing black, colored, and stubborn tattoos by breaking ink particles into ultra-fine fragments for faster clearance.
Pigmentation and Melasma Treatment
The laser precisely targets melanin clusters, helping improve uneven skin tone, sunspots, and benign pigmented lesions.
Skin Rejuvenation
By stimulating collagen remodeling, PicoLO enhances skin texture, reduces fine lines, and promotes a clearer, brighter complexion.
Acne Scar and Texture Improvement
The photoacoustic effect supports dermal remodeling, making it suitable for treating acne scars and irregular skin texture.
Benefits of LaserOptek PicoLO Picosecond 2019
Faster Treatment Results
Shorter pulse durations allow for more efficient pigment disruption, often requiring fewer sessions compared to traditional lasers.
Minimal Downtime
Patients experience reduced redness and swelling, enabling a quicker return to daily activities.
Enhanced Safety Profile
Lower thermal exposure minimizes the risk of burns, scarring, and post-treatment pigmentation issues.
Suitable for Various Skin Types
The precision of picosecond technology makes treatments safer across a wide range of skin tones.
Why Choose LaserOptek PicoLO Picosecond 2019 for Your Clinic
LaserOptek PicoLO Picosecond 2019 combines advanced laser physics, treatment versatility, and operational efficiency. It is an ideal investment for aesthetic clinics aiming to expand their service offerings while maintaining high safety and patient satisfaction standards.
Specifications LaserOptek PicoLO Picosecond 2019
Laser System
Laser Type Picosecond Nd YAG Laser
Technology True Picosecond Photoacoustic Technology with DOE Fractional Optics
Wavelengths
1064 nm for deep pigments tattoo removal and dermal treatment
532 nm for superficial pigmentation and colored ink
Pulse Characteristics
Pulse Duration 1064 nm approximately 450 picoseconds
Pulse Duration 532 nm approximately 380 picoseconds
Peak Power High peak power for strong photomechanical impact
Repetition Rate Single pulse M3 M5 modes adjustable up to 1 to 10 Hz
Maximum Energy Output 1064 nm up to 500 mJ
Maximum Energy Output 532 nm up to 350 mJ
Average Power 1064 nm up to 5 W
Average Power 532 nm up to 3 5 W
Handpieces and Spot Sizes
Zoom Handpiece 1064 and 532 nm with adjustable spot size from 2 to 7 mm
Collimator Handpiece 1064 and 532 nm with spot size up to 20 by 20 mm
Fractional Handpiece 1064 nm with 10 by 10 mm spot size
Fractional Handpiece 532 nm with 7 by 7 mm spot size
Beam Delivery System
Articulated Arm with detachable handpieces
High precision beam alignment system
User Interface
Display 10 4 inch TFT LCD
Resolution 800 by 600
Control System ARM based laser control platform
Aiming Beam
Laser Diode 635 nm
Output Power less than 5 mW
Cooling System
Internal water to air cooling system
Closed loop heat exchanger
Electrical Requirements
Power Supply 220 to 230 V AC
Frequency 50 to 60 Hz
Power Consumption approximately 600 VA
Dimensions and Weight
Dimensions approximately 903 by 372 by 1034 mm
Weight approximately 110 kg
Safety Features
Key switch system
Emergency stop button
Door interlock connection
Foot switch operation
Protective eyewear included
Included Accessories
Multiple spot size attachments
Foot switch
Key set
Operator safety goggles
User manual and clinical guide
Clinical Applications
Tattoo removal for black and colored inks
Benign pigmented lesion treatment
Melasma and skin tone correction
Skin rejuvenation and collagen stimulation
Acne scar and texture improvement
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