Our x-ray equipment
Kodak 9000C 3D
A unique system of KODAK 9000C 3D equipment offers the possibility of localized 3D images, which can be limited only to a certain area, for example, only the roots of the upper central teeth, or tempomandibularnega joint (TMJ). The advantage of a localized system is a greatly reduced radiation, limited to the part of interest and thus also extremely sharp images. Such 3D images facilitate the medical treatment in implantology and several other dental diseases.
Panorama (ortopan) and cephalometric images are the first step in most orthodontic investigations. They offer a global perspective of the position of the jaw teeth and facial anatomy. Kodak 9000C 3D system provides automated capture extremely precise cefalometri?nih (full skull series) and ortopan panoramas.
Three in one solution
 | Ortopan panoramic imaging High Performance unit for panoramic imaging has improved appliances, adapted to different facial shapes, provides a standard panoramic imaging, segmented panoramic imaging, sinus imaging and TMJ imaging. |
 | 3D imaging 3D sensor combined with a cone beam X-rays limit exposure to the area of interest. Recorded 360 slices of thickness 0.076mm, which are automatically composed in a 3D format. After two minutes the 3D image is available for further processing in the accompanying Kodak softweare. |
 | Cephalometric imaging A special module enables the capture cof cephalometric images with a single shot in les than asecond, very high speed imaging reduces the possibility of distortions due to patient movement this allows extremely sharp images and minimal radiation exposure. |
Kodak 9000C 3D software
Kodak 9000C 3D software allows positioning up to 26 points and 13 structures of the facial area with a single click, which significantly automates and speeds up the imaging proces, so that the entire process can take maximum up to 10 minutes. Highly detailed 3D images help your doctor in a faster and more accurate diagnosis and consequently also for the patient, the best therapy. The third dimension allows to change the angle of view and more natural view of the position of the tooth roots, and various skeletal abnormalities. The software provides an immediate pictures processing, send pictures by e-mail or store pictures on a CD. 3D images are stored on CD,with the preview software so the image can be observed on every computer. |  |  |
High-resolution images
With the help of special RVG technology the Kodak 9000 provides us with imiges at 0.076mm voksels, which is the highest resolution in the dental industry. CCD sensors and fiber optic panels optimize reduces the noise by providing crystal clear images while minimizing exposure. The Cone beam technology computerizedtomography (CBCT) and one shot technology use wider sensors that can capture the entire area of interest with one quick scan. This reduce the exposure level of radiation and also the occurrence of irregularities in the image due to patient movement.
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The lowest possible radiation level
Focalized imaging area 50mm x 38mm of the Kodak 9000 sistem limits the radiation exposure only in the area of interest. So that the patient receives a minimum amount of radiation while providing very detailed images of interest areas such as basic dental roots recordings. In addition, focalized radiation field improves image quality consequently providing better patient care. e sensor adapt to each patient and enable rapid imaging process. |
Today we can not conceive of dental care without radiographic imaging. The ability to visualize the interior of patients is critical to properly diagnose and treat patients. Classic 2D radiography is very helpful but have limits. 3D systems are new step in the dental diagnostics, which is becoming more accessible and more practical to allow professionals more effective, wider and faster diagnosis. 3D technology is particularly useful in dental implantology. 3D imaging is the next step in dental diagnostic of the 21-century.
_More information of the Kodak x.ray equipment can be found on Kodak web site.
Photos and data retrieved from http://www.kodakdental.com/en/digital-imaging/ and http://www.my90003d.com/