High-precision laser technology for dermis targeting.
No Skin Damage
Optimized energy distribution ensures epidermal safety.
Small Instrument
Compact design, easy to integrate and operate.
Quick Results
Visible improvements achieved in shorter treatment cycles.
During such treatment, the stratum corneum will be damaged and a small hole of a certain depth on skin will be produced. To increase the penetration depth into the dermis, higher energy density is required. When the energy density exceeds the vaporization threshold, the resulting depth will relate to the energy, independent of the applied wavelength.
Frequently Asked Questions
What is the mechanism of the 1470nm depth laser?
The 1470nm depth laser targets the dermis by delivering high energy density to precise skin depths. Once the energy exceeds the vaporization threshold, it acts effectively on target tissues to trigger structural remodeling, independent of the wavelength.
Does this laser treatment cause severe epidermal damage?
No, the system is designed to control laser penetration dynamically. While it creates microscopic channels in the targeted skin depth to stimulate repair, it avoids broad epidermal destruction, resulting in minimal downtime and quick healing.
How does the energy density affect the depth of the treatment?
When the energy density exceeds the skin's vaporization threshold, the depth of penetration becomes directly proportional to the energy level applied. This allows precise depth adjustments during treatments.
Why is the design of this instrument considered convenient?
It features a compact, small instrument footprint, making it space-saving and highly portable for clinical settings, without sacrificing high output power.
How quickly can patients see visible results?
Due to the deep tissue stimulation of the 1470nm wavelength, collagen remodeling begins quickly, and patients can typically observe noticeable skin improvements shortly after the recovery phase of the initial session.