Dental R.A.T. to Show at RDH Under One Roof

I've been a fan of the Dental R.A.T. for quite a while now.  It is a foot operated mouse that allows hygienists to use their feet to control their computers!!!

During RDH Under One Roof, this amazing and creative piece of technology is available for $100 off.  This offer is only good through August 31st.

If you'll be at RDH UOR, be sure to stop by booth #705 to see a demo.  I think you'll come away impressed.

Here is a product description from the company website:

Basically, the Dental R.A.T. is a foot operated mouse that enables hands-free access to perio charting, intraoral cameras, and digital x-rays. It doesn’t require additional software. Just plug into a USB port and go! The concept is simple and operation is just as easy. The image to the right shows the basic functions. Toe Button – moves the arrow on the computer screen just like a regular mouse 4 Input Buttons – serve for easy entry of your charting numbers 1-8, and right click Heel Button – works as the left click Audio Feedback- numbers are repeated thru computer speakers or headset when entered for patient education Simply put, the Dental R.A.T. allows a hygienist to run the operatory dental software without needing an assistant or running the risk of cross-contamination. The Dental R.A.T. is the best choice for hands-free perio charting. The Dental R.A.T. 2.0 can be wireless or wired!! Choose the Dental R.A.T. for your Operatory Save tens of thousands of dollars over its lifetime, Enjoy years of worry free operation (also see warranty options), Get a hands-free solution without expensive software and hardware upgrades, Run your current software including, but not limited to, Dentrix, EagleSoft, PracticeWorks, Softdent, PerioExec,Opendental, MacPractice Be up and running with minimal technical skills, Open, close, and zoom in on digital x-rays and pictures, Gain hands-free access to intraoral cameras and digital x-rays (in addition to periodontal charts), and Give your patients the privacy they deserve without sacrificing input accuracy.