Description
Working Principle
This system operates on the principle of selective photothermolysis using picosecond pulse durations. A picosecond is one trillionth of a second, an incredibly short pulse of light energy.
1. Ultra-Short Pulse Delivery: The laser emits energy in picosecond-duration pulses. Unlike older nanosecond lasers that rely primarily on a photothermal (heat) effect, the picosecond laser creates an intense photomechanical impact.
2. Targeted Energy Absorption: The laser energy is precisely absorbed by the target chromophore, such as tattoo ink or excessmelanin in pigmented lesions.
3. Photomechanical “Shatter” Effect: The rapid absorption of energy in such a short timeframe creates a powerful shockw ave that shatters the target pigment into minuscule, dust-like particles.
4. Natural Body Elimination: These tiny particles are much smaller than those produced by traditional lasers, allowing the body’s lymphatic system to more easily and efficiently clear them away.
This mechanism results in more effective pigment clearance with fewer treatment sessions and significantly less thermal damage to the surrounding healthy skin, enhancing patient comfort and safety.
Applications
This versatile machine is designed to address a comprehensive list of aesthetic concerns across various parts of the body.
Primary Treatments:
* Multi-Color Tattoo Removal:
* Effectively removes black, blue, brown, red, yellow, green, and other tattoo ink colors.
* Suitable for both professional and amateur tattoos.
* Correction of cosmetic tattoos (eyebrows, lip line).
Benign Pigmented Lesion Removal:
* Age Spots (Solar Lentigines)
* Dark Spots (Post-Inflammatory Hyperpigmentation)
* Freckles
* Moles (e.g., Nevus of Ota, benign nevi)
* Warts
Skin Rejuvenation & Resurfacing:
* Reduction of acne marks and superficial scars.
* Improvement in skin tone and texture.
* Overall skin brightening.
Key Features
Advanced Picosecond Technology: Delivers ultra-short energy pulses for a powerful photomechanical effect, shattering pigment more effectively than traditional Q-switched lasers.
Intuitive LCD Screen: A clear, full-color LCD interface allows for easy and precise control over treatment parameters, ensuring consistent and repeatable results.
Versatile Applications: Equipped to handle a wide range of aesthetic concerns, from multi-colored tattoos to various benign pigmented lesions and skin rejuvenation.
Robust and Professional Design: Engineered for stability and continuous operation, the machine’s robust, stationary framework is ideal for a dedicated treatment room. This professional design ensures maximum operational stability and durability, making it a reliable cornerstone for any high-volume practice.
High Efficacy with Enhanced Safety: The picosecond pulse duration minimizes thermal damage to surrounding tissue, reducing the risk of side effects like hypopigmentation and scarring, and leading to a more comfortable patient experience.
Durable Construction: Built for the demands of a professional clinical environment, ensuring reliability and a long service
life.
The laser output surface is the focus of the laser, and the diameter of the focus spot is 1~7mm. When the laser convergence equidistant point contacts the skin, the diameter of the convergence focus spot is 1mm. When the laser convergence equidistant point does not contact the patient’s part, adjusting the distance between the laser convergence equidistant point and the patient’s skin is to adjust the diameter of the convergence focus spot. Adjusting the distance between the laser convergence equidistant point and the patient’s skin is 0~3mm, and the corresponding convergence focus spot diameter is 1~7mm. After the distance is far, the treatment effect cannot be achieved. The laser emission inlet
Tripe Wavelength
1064nm Wavelength
Primary Targets: Black, dark blue, brown, and other dark inks.
Key Advantage: This wavelength penetrates deeper into the dermis, making it highly effective for deep-lying professional tattoos. Its lower melanin absorption makes it the safest choice for treating darker skin types with minimal risk of pigmentary changes.
532nm Wavelength
Primary Targets: Bright and warm colors like red, orange, yellow, and violet.
Key Advantage: This wavelength is highly absorbed by red-hued pigments. It’s perfect for tackling vibrant, colorful tattoos that are notoriously difficult for other lasers to remove.
785nm Wavelength
Primary Targets: Blue and green inks.
Key Advantage: The 785nm wavelength offers a unique absorption peak that is ideal for shattering stubborn blue and green pigments, which often resist treatment with other wavelengths.
