We take pride in providing our community with the highest level of dental care for the entire family. We are dedicated to providing advanced dental care in an atmosphere that's both friendly and comfortable. Our goal is to promote long term relationships with 100% patient satisfaction. Dr Hummel looks forward to knowing each of his patients and taking great care of their needs.
He attends extensive seminars, workshops and lectures to stay on top of the latest dental techniques and materials available in modern dentistry. He holds over 1000 hours of continuing education. The GALILEOS(R) 3D Dental Conebeam uses the lowest possible radiation and provides a quick and comfortable scan of your mouth, jaw and face.
He attends extensive seminars, workshops and lectures to stay on top of the latest dental techniques and materials available in modern dentistry. He holds over 1000 hours of continuing education. The GALILEOS(R) 3D Dental Conebeam uses the lowest possible radiation and provides a quick and comfortable scan of your mouth, jaw and face.
Services
We prepare the tooth and take an optical impression. A special camera makes a digital image of your tooth. A 3D virtual model is then converted to the computer screen by using the CEREC software. We then design your restoration to produce your customize tooth using state-of-the-art ceramic milling technology.
Dr. Hummel has been practicing in Mt Airy, MD since 2002. He received his Bachelor of Science degree in 1994 from James Madison University. He graduated Magna Cum Laude from the University of Maryland dental school in 1998, earning his Doctor of Dental Surgery. Dr. Hummel served his country in the United States Air Force.
The GALILEO(R) 3D Dental Conebeam is able to perform a complete dental scan in as little as 14 seconds and automatically generates panoramic reconstructions, which make the scanning and diagnostic process much easier for both the dentist and patient. The GALILEO 3D Cone Scanner uses cone beam volumetric imaging to produce very high quality dental imaging.
