ADVANCED MEDICAL & AESTHETIC EQUIPMENT SOLUTIONS
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China Nd Yag Laser Tattoo Removal Machine - Suppliers and Factory Direct, Efficient and Safe Aesthetic Treatment
1. Selective Targeting
The 1064nm wavelength is preferentially absorbed by melanin and ink particles, creating thermal expansion effects through nanosecond pulses that fragment pigment particles.
2. Progressive Clearance Process
Laser energy breaks down pigments in stages:
- Initial treatment: Fragments large particles.
- Follow-up treatments: Further decomposes micro-particles for metabolic elimination.
3. Integrated Safety Protection
Equipped with a dynamic cooling system to ensure epidermal integrity during the treatment process.
4. Reaching Dermal Treatment Depth
Effectively penetrates to the target depth while reducing peripheral tissue thermal damage by 40%.
Frequently Asked Questions
How does the 1064nm wavelength target pigments?
The 1064nm wavelength is specifically absorbed by melanin and ink particles. It creates thermal expansion via nanosecond pulses, which safely fragments the target pigment particles without damaging the surrounding area.
What is the progressive clearance process?
Pigment removal occurs in stages. The initial treatment fragments large pigment particles into smaller pieces. Subsequent follow-up treatments further decompose these micro-particles, allowing your body to naturally eliminate them through metabolic processes.
How does the dynamic cooling system protect my skin?
The system features integrated safety protection equipped with dynamic cooling. This continuously protects the outer layer of the skin (epidermal integrity) while the laser targets deeper dermal layers.
Does this treatment reach deep-seated skin pigments?
Yes, the laser is designed to safely reach dermal treatment depths, ensuring that even deeply embedded ink and melanin particles are effectively targeted and broken down.
How much is peripheral tissue damage reduced?
Thanks to the advanced targeting technology and dynamic cooling system, thermal damage to peripheral tissues is reduced by 40% compared to standard laser systems.



