Diagnostic quality always has been a primary concern in connection with therapy and treatment planning. Many practices still send their patients to a radiologist for a CT scan when they require 3D images, even though cone-beam computed tomography is a great way to provide this service in an ENT practice. In addition to the advantages of continuous workflow and retention of the revenue in your practice, you will spare your patients unnecessary radiation doses as compared to the MSCT extensively being used in the market.
The 3D Accuitomo 170 offers a minute voxel size of just 80 μm (micrometers). This super-fine voxel displays an amazing level of clarity enabling a comprehensive examination. The imaging area is cylindrical and the maximum size is 170 mm in diameter by 120 mm in height, which covers the majority of the head and neck region, suitable for specialized medical applications in otorhinolaryngology and the maxillofacial field.
Patients benefit from a CBCT scan, compared to a conventional CT scan, because the radiation dose is significantly lower. For a CT image, the radiation source scans the region of the body that is to be examined in slices of 0.5 to 3.0mm; CBCT scans the entire section in one single rotation. As a result, the dosage is reduced by up to 80 percent as compared to a standard CT X-ray*.
* 1mm slice thickness, 1.5mm pitch, 120 mAs/rotation, 87mm scan height
How it works
CBCT works on the basis of a cone-/pyramidal-shaped X-ray beam: For this purpose, a flat panel detector and an X-ray source are mounted on opposite sides of a rotating arm. The physician positions the patient in the isocenter, and the C-arm rotates at least 180° during the scanning process. While the scanner is rotating around the patient, the projection of a cylindrical volume is obtained at defined view angles with the cone-shaped X-ray beam.
- Ossicular chain form
- Cochlear implant (CI)
- Semicircular canal dehiscence syndrome
- Congenital abnormalities of the middle ear
- Patulous Eustachian tube (PET)
- Temporal bone fracture
- Acute/Chronic Sinusitis
- Vacuum cephalgia
- Osseous defects in the paranasal sinus
- Planning surgical procedures in the paranasal sinus
- Image acquisition of IGS for FESS
Skull Base Surgery
- Endoscopic transnasal approach for skull base surgery with image guidance system
- Diagnosis of foreign body larynx (in the case of X-ray opaque)
- Ptyalolith (in the case of X-ray opaque)
- Form of epiglottis
- Midfacial fractures
- Blow-out fractures
- Zygomatic arch fractures
- Nasal bone fractures
- Petrous bone fractures
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