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South Charlotte News - "New Technology Helps Fight Head Lice"
NPR's broadcast on our effective lice treatment techniques- "The Key to Keeping Lice at Bay"

Charlotte Today - "Treatment to Kill Lice"
“I had been dealing with head lice on my son and daughter for months!! I had done multiple RID treatments on them to no avail and finally at my wits end, I went to our pediatrician to hopefully get rid of them for good. I got a prescription from her, went home, did the shampoo treatment and did all that I was suppose to do! And we still had them!!!! They would not go away! Finally I took matters into my own hands, did some research and I found this Pediatric Hair Solutions clinic. The ladies there were so nice and didn't treat us like we were 2nd class. Not only did they educate us on the best ways not to get it again, the Lousebuster did its job in a 30 minute session! That was it! And there were NO chemicals I had to put on my children's head!!! I would recommend this place to any and everyone!! They are my savoirs!”
- B Y
Pediatric Hair Solutions is an MD/RN owned and operated company. Sheila Fassler, RN is the owner and John Fassler, MD is the Medical Director. Pediatric Hair Solutions exclusively uses the LouseBuster™ device, a revolutionary new method scientifically proven to eradicate lice and their eggs (nits) in one 30 minute treatment.
The clinically-tested LouseBuster™ device is intended for use to kill lice and nits in the hair of adults and children 4 years of age and older. It delivers carefully controlled heated air directly to your hair at a temperature cooler than most hair-dryers and at a much higher flow rate. A unique, single-use applicator tip specially designed to lift the hair slightly while directing airflow right onto lice and nits. A specific, timed treatment pattern is followed to ensure all areas of the head are treated. No pesticides or other chemicals are used in the therapy; just heated air.
The LouseBuster™ device is highly effective because the small size and shape of head lice and their nits make it difficult for them to conserve water. As such, when they are exposed to the right amount of heated air at the right temperature and for the right length of time, they dry out and die.
