New invention product 980nm 905nm laser toenail nail fungus treatment machine

4 IN 1 Working Principle

1. Nails fungus removal:

Laser system is indicated for use the temporary increase of clear nail in patients with phychomycosis (eg.dermatophytes trichophyton rubrum and T. mentagrophytes and yeasts Candida albicans,etc.)

Podiatry Laser Surgery has been successfully used in the fields of ophthalmology, dermatology,
and gynecology, and now is being used in the treatment of various foot problems which require removal of
diseased or damaged tissues.

In many cases the scalpel is now being discarded in favor of a ray of the laser beam. A laser beam of light is
pinpointed on the troubled areas and in seconds (in some cases microseconds) the tissue is eliminated. The
laser vaporizes the faulty cells and at the same time sterilizes the adjacent tissue. Scarring is minimal because
the laser’s precise control limits the damage to surrounding tissues.

2. Vascular removal:

980nm laser is the optimum absorption spectrum of Porphyrin vascular cells. Vascular cells absorb the high-energy laser of 980nm wavelength, solidification occurs and finally dissipated.

To overcome the traditional laser treatment redness large area of burning the skin, professional design hand-piece, enabling the 980nm laser beam is focused onto a 0.2-0.5mm diameter range, in order to enable more focused energy to reach the target tissue, while avoiding burn the surrounding skin tissue. Laser can stimulate the dermal collagen growth while vascular treatment, increase epidermal thickness and density, so that the small blood vessels are no longer exposed, at the same time, the skin's elasticity and resistance is also significantly enhanced.

3. Physical therapy pain relief:

Laser Therapy is used for the relief of pain, to accelerate healing and decrease inflammation. When the light source is placed against the skin, the photons penetrate several centimeters and get absorbed by the mitochondria, the energy producing part of a cell. 

4. Lipolysis:

980nm laser, transcutaneous illumination by the aiming beam ensures precise visualization of the region where the energy is delivered. The laser light is conveyed into the fat layer using a 1mm microcannula (OSYRIS) which incorporates a 600-μm optical fiber. It converts light energy into heat, heats fat cells, dissolves fat cells, closes tiny blood vessels and tightens the skin. And then remove dissolved fat by special cannulas.