Directly gasify target tissue
Surface damage less than CO2 laser.
Characterized by the short pulse
Modulated by the control circuit, laser light emitted from the laser built-in would be turned to ultra pulse with short duration and high power. Controlled by the signal, the two lens in the scanner would be deflected in some degrees at X and Y directions respectively, which would generate different patterns. Through F-θ lens gathering light, spots with very small diameter would be gained (diameter 0.25mm).
Super-pulsed laser is characterized by the short pulse width, high-energy of single-pulse and micro spot size. Instantaneous high energy density can directly gasify target tissue, without bleeding. In addition, deep skin collagen can be effectively regenerated with the max energy penetration depth up to 2mm. Moreover, surface damage caused by the Er:Glass laser with wavelength of 1550nm would be much more less than that of CO2 laser.
- Photic damage
- Scars including atrophic acne scars, surgical scars, traumatic scars, burn scars;
- Pigment diseases, such as speckle, pigmentation, actinic keratosis, sunspots;
- Wrinkles caused by sunlight or early aging wrinkles, on the lower eyelid, forehead, cheek as well as crow’s-feet.