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China Nd Yag Laser Tattoo Removal Machine with Air Cooler Head - Premium Suppliers & Factory Solutions
The 1064nm wavelength is preferentially absorbed by melanin and ink particles, creating thermal expansion effects through nanosecond pulses that fragment pigment particles.
Laser energy breaks down pigments in stages:
- Initial treatment: Fragments large particles.
- Follow-up treatments: Further decomposes micro-particles for metabolic elimination.
Equipped with dynamic cooling system to ensure epidermal integrity while:
Reducing peripheral tissue thermal damage by 40%.
How does the 1064nm wavelength selectively target pigments?
The 1064nm wavelength is preferentially absorbed by melanin and ink particles. It creates thermal expansion effects using nanosecond pulses to fragment these pigment particles without harming the surrounding skin.
What is the progressive clearance process?
The laser breaks down pigments in stages. The initial treatment fragments the larger particles, while follow-up treatments further decompose the remaining micro-particles for natural metabolic elimination.
How does the system ensure safety during treatment?
The system is equipped with an integrated dynamic cooling system designed to protect and ensure epidermal integrity while delivering energy to the target areas.
Does the 1064nm laser reach deep dermal layers?
Yes, the treatment is designed to reach dermal treatment depth to target deep-seated pigments effectively while maintaining safety protocols.
How much is the thermal damage to surrounding tissues reduced?
By utilizing targeted wavelengths and dynamic cooling, the system reduces peripheral tissue thermal damage by up to 40%.