Dental RX

Our Technology

Latest-generation digital radiology equipment. High-precision diagnostics with the lowest possible radiation dose.

Core technology

3D Cone Beam Computed Tomography (CBCT)

CBCT (Cone Beam Computed Tomography) is the gold standard in three-dimensional dental diagnostics. Unlike conventional medical CT, dental CBCT uses a cone-shaped X-ray beam that captures a complete volumetric region of the oral cavity in a single rotation, with a radiation dose up to 10 times lower.

The result is a high-resolution 3D reconstruction that allows the dentist to assess bone density with millimetric precision, locate critical anatomical structures (inferior alveolar nerve, maxillary sinus, nasal fossa), detect subclinical periapical lesions and accurately measure available bone volume for implants.

Our latest-generation CBCT equipment produces images with voxels as small as 0.08 mm, guaranteeing the resolution needed for the most demanding cases: advanced implant planning, complex endodontics, orthognathic surgery and TMJ assessment.

Technical specifications

· Voxel resolution: up to 0.08 mm
· Fields of view (FOV): 5×5 cm to 18×16 cm
· Exposure time: 14–26 seconds
· Effective dose: 40–150 μSv (depending on FOV)
· Delivery format: DICOM + JPG/PNG
· Multiplanar reconstruction: axial, coronal, sagittal
· Compatible with: Simplant, Nobel Clinician, coDiagnostiX, Implant Studio, Exoplan

Main clinical applications

Implant planning · Assessment of impacted teeth · Diagnosis of periapical lesions · Complex endodontics · TMJ · Orthodontics (3D cephalometry) · Orthognathic surgery

All our diagnostic equipment

Each imaging modality has specific indications. Our oral radiology technicians help you choose the right study for each clinical case.

Essential 2D study

Digital Panoramic X-ray

Orthopantomography, or panoramic X-ray, provides a complete view of the entire dentition, the jaws, the temporomandibular joint, the maxillary sinuses and the surrounding bone structures in a single image. It is the first-choice study for initial patient assessment, orthodontic planning and postoperative follow-up.

Indicated for: initial assessment, orthodontics, implant screening, third-molar extraction, bone pathology.

Periapical detail

Digital Periapical X-rays

Digital periapical X-ray with a high-resolution intraoral sensor (up to 20 lp/mm) provides the highest level of detail for evaluating individual teeth: root length, periodontal ligament status, interproximal bone crest level, presence of resorptions and quality of apical seal in endodontics. Immediate delivery, no chemical processing, minimal radiation dose.

Indicated for: endodontics, periodontics, individual tooth assessment, postoperative follow-up.

Orthodontics and surgery

Lateral and Frontal Cephalometry

Lateral skull teleradiography is essential in orthodontics for cephalometric analysis (Steiner, Ricketts, Jarabak), which quantifies the skeletal relationships between the maxilla, mandible and cranial base, allowing the treatment plan to be mapped out and changes to be assessed at the end of orthodontic treatment. The frontal (PA) projection complements the evaluation of skeletal asymmetries and is mandatory in orthognathic surgery cases.

Indicated for: orthodontics, orthognathic surgery, facial asymmetry assessment.

Joint assessment

TMJ — Temporomandibular Joint

Radiological evaluation of the temporomandibular joint includes digital transcranial projections in open- and closed-mouth positions to assess condylar position, the width of the joint space and the presence of degenerative changes in the condyle and the articular process of the temporal bone. In advanced pathology cases, TMJ CBCT provides a three-dimensional assessment that is not possible with conventional projections.

Indicated for: craniomandibular dysfunction, joint pain, severe bruxism, complex prosthetic planning.

Digital workflow — from the study to your software

Our goal is for you to receive the image ready to import into your planning software, with no intermediate steps.

Capture

The patient is positioned in the equipment. The study takes between 14 and 26 seconds. No prior preparation is required.

Reconstruction

The software automatically reconstructs the 3D volumes in every plane: axial, coronal, sagittal and 3D rendering.

Report

Our specialist generates a structured radiology report with the findings and clinical recommendations.

Delivery

Receive the DICOM file plus a PDF report by email or USB the same day as the study — ready to import into your software.