Cone Beam X-Ray
Our dentist, Dr. Mark A. Kleive, is one of the few in our area to offer the advanced ORTHOPHOS XG Cone Beam X-ray technology. This digital imaging device uses 2D and 3D Cone Beam technology to formulate high-resolution x-ray images, which digitize your teeth in one comprehensive scan. This makes it possible for our experienced dental team to take extraordinarily clear images of your teeth and gums, giving us the ability to precisely identify problems and create an effective treatment plan. Once the images are created, you and Dr. Kleive can look at them together to discuss what’s going on with your teeth. The images taken from this advanced technology are clear enough to show intricate details of the jaw bone, nerve structure, and the overall health of your teeth and gums. The ORTHOPHOS XG imaging system is known for its increased accuracy and precision, particularly with dental implant planning. For the best possible functional and aesthetic fit for dental implants, our Cone Beam X-Ray can significantly reduce the margin of error and allow for exceptional missing teeth replacement. In addition, the technology produces timely results and can reduce your exposure to excessive radiation. Since the Cone Beam X-Ray can produce a panoramic view of your mouth, you will likely not be required to have multiple x-rays.
This advanced digital x-ray technique can be useful in developing a treatment plan for a range of general and cosmetic dental procedures. The XG 3D Cone Beam X-Ray is an ideal solution for offering high-clarity images while reducing your radiation exposure and giving you and Dr. Kleive a clear view of your teeth and gums.
If you have any questions on our dental technology and the advanced treatment options we provide, or if you would like to schedule an appointment, please contact us today.
Dr. Mark Kleive proudly extends his services and expertise in cosmetic dentistry to patients traveling from nearby cities. We have provided driving directions from the following cities for your convenience.