SERVICES

We united technology, competence and responsibility to guarantee to our customers a harmonious partnership with professionals for the promotion of the odontological health, seeking our customers satisfaction, through the use of equipments of high technology, offering the highest quality pattern in our x-rays and odontological documentation, obtained by continuous training of our professionals and with our state of the art equipment.

Extra-Buccal Radiography

Conventional or digital panoramic Radiography

Radiography that allows in a single film the visualization of the whole bite-alveolar area and structures adjacent of interest. This is used in all of the specialties due to a little superposition of the anatomic structure besides the reduced quantity of radiation.
Actually accomplished by a digital method, it allows the image to be acquired directly in sensor and printed in films after having the density and contrast worked in the computer, besides a considerable reduction of the normal radiation dose.

Serial panoramic Radioagraphy for ATM

Modification of the Panoramic Radiography of Maxillaries to a form to visualize the trip of the mandibular condyles in only one film, through the beginning of the technique retro pantomography here in open and closed mouth. It should not be used for definition of the morphology as faceting and osteophyte formations.

Axial Radioagraphy (HIRTZ)

Suitable for previous verification of the inclination of the long axis of the mandibular condyles in relation to the plan bi-meatal, evaluation of the sphenoid, subsequent wall of the maxillary breast and, when accomplished with smaller density (soft rays), evaluation of the zygomatic arches.

Lateral and frontal Telerradiografia

Exam used quite often in surgical and orthodontic practice. Where the bones of the face and skull are visualized for evaluation of the growth, development, skeletal relationship, symmetry, studies of the adenoids, pathological and traumatic processes. It underpins the achievement of cephalometric and computer manuals.

Radioagraphys of the sinuses (P.A. AND WATERS)

Radiographs taken to visualize the transparency of the maxillary sinuses, sphenoid, ethmoid and frontals.

P.A. of jaw with open mouth

Modification of radiographic technique with Frontal occlusal view of the entire mandible including the mandibular condyles helping to determine the topography of buccolingual existing pathologies and impacted teeth in the jawbone. Widely used as a preoperative examination of the third molar extraction.

Lateral oblique of the jaw

Used to take the branch angle and mandibular body; indicated for periapical examination of mandibular molars in patients with trismus, visualization of pathology, location of fracture and to search for salivary calculi in the Warton channel.

X-ray of the Hand and Fist with Carpal analysis and Bone age

Test performed to evaluate bone maturity by studying the bones of the hand and wrist, using three methods: Greulich and Pyle, Eklof and Ringertz carpal Atlas. Can be supplied to the professional growth curve of the individual patient, indicating the current status and predicting the end of its growth.

Intra-buccal Radiography

Periapical Radiograph

Aims to visualize the entire organ tooth (enamel, dentin, cementum and pulp chambers), periodontal space, lamina dura and adjacent alveolar bone. Performed in specific groups of teeth or full mouth. Widely used for visualization of developmental abnormalities, periodontal lesions, cysts, resorption dentin, pulp nodules and so on. Through the technique of parallelism, can be obtained by conventional method (traditional film) or digital, printed on laser printer masking film.

Interproximal Radiograph

Ideal for examination of the interproximal surfaces of posterior teeth, caries research, viewing of the adaptation of these restorations and measurement of bone resorption of alveolar ridges. Panoramic radiography must accompany the search for the Jaws of cavities, especially in surveys before and after placement of orthodontic appliances.

Occlusal Radiograph

Intraoral radiograph where the radiographic film is sustained by the patients occlusion. Used for visualization of large areas, disease, impacted teeth and their relationship with others, search for salivary calculi in the gland sub-mandibular duct utilizaçãode control in orthodontic appliances and supplemental periapical and panoramic radiographs of the jaws. The techniques for occlusal jaw (total, incisors, canines, premolars and molars, sinus floor and tuber) and the mandible (total, partial, symphysis) allow the research and diagnosis of changes in these regions.

Methods of Localization

These are variations of periapical radiographic techniques advocated by some authors (Clark, LeMaster, DONOVAN, MILLER, WINTER, PARMA), which aid in the topographic location of pathologies / impacted teeth present in the alveolar arches. Clarks technique is suitable for decoupling of root canals and topographic vestíbulo-lingual/palatina pathologies and foreign bodies. The technique of Le Master provides a visualization of the root tips of the upper molars without the super-position of the maxillary zygomatic apophysis. Donovans technique provides a preview of the occlusal third molars in topography not seen in posterior occlusal traditional radiographic technique. The technique of Miller-Winter is indicated for topographic definition of impacted teeth / foreign bodies in the mandible. The technique allows the visualization of Parma root apex in the third molar posterior topography, not normally viewed in periapical radiographs routine.

CT scans

Cone-Beam Computed Tomography for ATM

CT scan for better visualization of any significant change in the TMJ and TMD cases and poly-trauma of the skull / face. Done from the direct acquisition cone-beam region of the TMJ with the patient sitting with upright head, allowing the correct correlation of the mandibular condyle with the glenoid cavity in the diagnosis and treatment of several TMDs. It also allows segmentation of image, color and 3D reconstructions in various angles.

Cone-Beam Computed Tomography for implants

Examination conducted in-cone beam CT scanner i-CAT, in sitting position, bringing greater convenience to patients, average acquisition time of 20 seconds with low radiation dose, allowing proper visualization of the areas to be rehabilitated with maxillary implants. The cerebral computed tomography i-CAT produces images with high clarity and is easy to interpret. It is very versatile and produces reconstructed images in the form of transverse sections, panoramic, axial, coronal, sagittal, and others. Exams printed on film or paper with a magnification adjusted to zero. Can be measured with common rules on the scale of 1:1 cm. Note in image 01, the number in the upper portion of each cross section corresponds to the region with the same number at the bottom of the panoramic image. By following the vertical direction, there is the origin of the cuts. This maneuver can be made even with a common ruler.

Cone-Beam Computed Tomography for Endontia / Periodontics / Orthodontics

Growing indication of Cone-Beam Tomography for evaluation of alveolar crest, root canal treatments, root fractures, maxillo-mandibular occlusion, compared with the pulp of dental caries, oral rehabilitation and other clinical applications. With a single outlet tomographic diagnos the entire maxillary dental examination is possible, with incredible quality, differentiation of dental tissues, and multiplanar and 3D visualization of periodontal relations. Replaces the panoramic radiograph and periapical radiographic sheet. It is possible to send by CD the volume of the patient, with free software for viewing, measuring, and working on any computer.

Cone-Beam Computed Tomography of the Jaws / Trauma / Pathology

Ideal for viewing and evaluation of pathology in the head and neck. Allows viewing modes of panoramic, axial, coronal, sagittal and 3D using a free viewer software. Examination of high precision to determine topography, density and relationship to neighboring structures. Also used to locate the root canal atresia and accessories during endodontic treatment. It demonstrates with incredible quality the differentiation of the dental tissues and periodontal relationships.

Dentalslice (BIOPARTS ®)

Software supplied with the computer scans for volumetric implants, used for simulation and planning of implant placement, allowing you to view bone structures with transparent and the mandibular canal. Allows virtual implant placement on the images presented (axial, panoramic, lateral and 3D). After the planning is done, can be recorded and sent to BIOPARTS ® for fabrication of surgical guides and prototipagens (Slice-Guide, Neo-Guide, Nobel-Guide and Easy-Guide).

Guided Surgery

Radiographic documentation of Complements

Models of the dental arches

Polished plaster models or simply allow professionals to study, measure and evaluate the occlusion in treatment: Orthodontic / orthopedic / orthognathic. Achieved with molding material directly on the dental arches of patients, subsequently requiring a fast of some hours.

Cephalometric Analysis

Manual or computerized tracings marked after identification of points and planes in cephalometric radiographs and profile of the front face. From the patterns published by various authors, they allow a precise analysis of the developing skull / facial. The reports issued follow standardized tests published in scientific circles. Individual standards may also be set for each professional group or course (contact)

Facial analyses

Computerized analysis performed on the photographs of the face (front, profile and smiling). Based on the divine proportions of Ricketts, it allows the professional to accomplish a necessary evaluation of the symmetry and the patients facial proportions.

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• Guided Surgery
• Models of the dental arches
• Cephalometric Analysis
• Facial analyses
• Cone-Beam Computed Tomography for ATM
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