Nail Fungal Laser Device

Brand	Unbranded
Manufacturer	Unbranded

The Nail Cleaning Laser Device is a revolutionary product that eliminates nail fungus with no pain. It targets the causative pathogens on the nail bed and gradually eliminates the infection. It is lightweight, compact, and easy to use, making it a convenient alternative to doctor visits and medication. By using it for less than 7 minutes a day, users can see results in a week with no discomfort or side effects. The device uses selective photo thermolysis to eliminate the infection and automatically shuts off after 7 minutes.

Nail Fungal Laser Device
END NAIL FUNGUS. The Nail Cleaning Laser Device is a simple and revolutionary product that eliminates fungus on the finger and toenails, nail beds, and cuticles with no pain; The Nail Cleaning Laser Device will penetrate the infected nail plate and target causative pathogens on the nail bed. As a result the fungal infection will be greatly alleviated and gradually eliminated.
PAIN-FREE AND EASY TO USE. The lightweight, compact the Nail Cleaning Laser Device will not hurt or cause pain when treating tinea onychomycosis; no more embarrassing visits to the doctor; no more creams, sprays, prescriptions, or medicines; using it mere minutes a day in the comfort of your home, you can get rid of unsightly toenail and fingernail fungus once and for all; its portable and charges with the electrical plug-in adapter for 3 to 4 hours.
LESS THAN 7 MINUTES A DAY. By using the Nail Cleaning Laser Device for less than 7 minutes daily, you can quickly kill nail fungus and see results in a week with no discomfort or side effects; place the unit on a toe or finger and press its 100 percent safe laser light to rid ugly, bothersome fungus and produce healthy, clean nails.
USE SELECTIVE PHOTO THERMOLYSIS. The light uses selective photo thermolysis to eliminate the infection; it automatically shuts off after 7 minutes; laser produces coherent light energy of sufficient strength and of a specific wavelength which when projected into tissue is differentially absorbed by the target material, producing heat and hence tissue destruction. Other tissue compensation is unaffected and so spared.