Short Introduction
The Q-Switched ND:YAG Laser Device emits nanosecond pulses with high peak power to deliver effective photomechanical energy for pigment and tattoo removal. Utilizing dual wavelengths of 1064nm and 532nm, this system targets both deep dermal and superficial pigmentation with controlled bursts of laser energy. Tiny pigment particles break down into micro-fragments that are cleared naturally through the body’s metabolic pathways. The non-ablative design preserves surrounding tissue while precisely targeting pigment, making it suitable for clinical aesthetic and therapeutic applications.
Description
Working Theory
Nd:YAG laser energy penetrates from the epidermis into the dermis where pigment and tattoo ink reside. Because the laser emits nanosecond-duration pulses with extremely high peak energy, pigment particles rapidly expand and fracture into microscopic fragments. These micro-fragments are then eliminated through the body’s lymphatic and metabolic systems.
During carbon peeling treatment, the 1064nm wavelength is absorbed by the carbon cream applied to the skin, breaking apart the toner. At the same time, the laser stimulates fibroblast activity in the dermis, promoting collagen synthesis and helping improve pore size and overall skin quality.
Introduction
Technical Parameters
| Laser type | ND: yag laser |
| Wavelength | 1064nm&532nm&1320nm |
| Energy | 1-2000J |
| Frequency | 1-10hz |
| Screen | 8.4 Inch color touch LCD screen |
| Language | different languages optional |
| Spot | Fixed spot size |
| Cooling system | water cooling +Air Cooling +self-contained cooling |
| Electrical Requirement | AC 220V士10% 50HZ AC 110V士10% 60HZ |
System Advantages
Treatment
During the procedure, certain pigments may detach while common pigments precipitate due to vaporization of the epidermis and exfoliation of cuticles. Mild swelling or subcutaneous bruising may occur but generally resolves within 20–60 days depending on individual skin properties. For brown or red pigments treated with 532nm laser, lower energy density (smaller spot size) is recommended, with repeat sessions performed if necessary, spaced at a minimum interval of two months.
Before treatment, clients should be informed of potential side effects. Pigments containing iron ions may oxidize, leading to unexpected color changes or reduced effectiveness.
Post-treatment care instructions:
Interface
Before And After
Why Choose Us
Our Q-Switched ND:YAG Laser Device integrates precision nanosecond pulse technology with flexible dual wavelength capability, enabling accurate and effective treatment of a wide range of pigmentation and tattoo concerns. The combination of 1064nm and 532nm wavelengths ensures both superficial and deep targets can be treated with minimal risk of thermal damage to surrounding tissue.
Designed with a high-resolution 12.1″ color touch screen, intuitive software control, and multi-language support, the system supports clinicians in achieving consistent treatment outcomes with optimized parameter settings. The dual water + air cooling system ensures prolonged stable performance for extended clinical use.
