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cone-beam computed tomography scanner prexion 3d  (PreXion Inc)

 
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    Structured Review

    PreXion Inc cone-beam computed tomography scanner prexion 3d
    Cone Beam Computed Tomography Scanner Prexion 3d, supplied by PreXion Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/3d+scanner+prexion/cbct+scanner+prexion+3d+elite/pm40350562-58-8-12
    Average 90 stars, based on 1 article reviews
    cone-beam computed tomography scanner prexion 3d - by Bioz Stars, 2026-09
    90/100 stars

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    Related Articles

    other:

    Article Title: A C-Shaped Canal in a Maxillary Second Molar: Prexion 3D Cone-Beam Computed Tomography Analysis
    Article Snippet: In this study, we reported an unusual case of a C-shaped root canal in a Brazilian patient which was diagnosed using a PreXion 3D scanner, which is one of the newest scanners available.

    Article Title: Root Canal Shape of Human Permanent Teeth Determined by New Cone-Beam Computed Tomographic Software.
    Article Snippet: Introduction: To determine root canal cross-sectional shapes (RCCSS) of human permanent teeth using a new CBCT software.. Methods: RCCSS was determined on CBCT scans of 1,400 teeth (422 patients) as follows: 1. circular; 2. conical-pyramidal; 3. oval/long oval; 4. flat/ribbon-like; 5. eight-shaped; 6.. Cshaped; 7. calcified; 8. trapezoidal; 9. drop-shaped; 10. other shapes.

    Article Title: Cone-beam computed tomography cinematic rendering: clinical, teaching and research applications.
    Article Snippet: In all endodontics cases presented here, CBCT scans were acquired using PreXion 3D scanner (Prexion 3d Inc., San Mateo, USA), with the protocol: FOV - 56mm x 52mm; voxel - 0.108mm; rotation - 360°; exposure time - 37 s; bits - 13; tube voltage: 90 kV; and tube current: 4 mA.

    Article Title: A C-Shaped Canal in a Maxillary Second Molar: Prexion 3D Cone-Beam Computed Tomography Analysis
    Article Snippet: This paper describes the occurrence of a rare anatomical variation in the root canal of the vestibular root of a permanent second molar in the maxillary region that involved a C-shaped root canal as assessed with cone-beam computerized tomography image analysis with a 3D Prexion scanner.



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    PreXion Inc cbct scanner prexion 3d
    <t>CBCT</t> scan of the maxillary right second molar in 2D MPR (A) and <t>3D</t> cinematic rendering (B) showed the coronal chamber and root canals and revealed the characteristic anatomical shape of each root, the presence of a lateral canal in the palatal root and the position of the apical foramen.
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    Image Search Results


    CBCT scan of the maxillary right second molar in 2D MPR (A) and 3D cinematic rendering (B) showed the coronal chamber and root canals and revealed the characteristic anatomical shape of each root, the presence of a lateral canal in the palatal root and the position of the apical foramen.

    Journal: Brazilian Dental Journal

    Article Title: A computational modeling method for root canal endoscopy using a specific CBCT filter: A new era in the metaverse of endodontics begins

    doi: 10.1590/0103-6440202205078

    Figure Lengend Snippet: CBCT scan of the maxillary right second molar in 2D MPR (A) and 3D cinematic rendering (B) showed the coronal chamber and root canals and revealed the characteristic anatomical shape of each root, the presence of a lateral canal in the palatal root and the position of the apical foramen.

    Article Snippet: In all clinical endodontic cases described here, CBCT scans were acquired using a PreXion 3D scanner (PreXion 3D Inc., San Mateo, CA) and a high-resolution standard protocol: field of view - 5.6 cm, voxel - 0.108 mm, exposure time - 37 seconds (16 bits), tube voltage - 90 kVp, tube current - 4 mA, and thickness (isotropic voxel) - 0.100mm.

    Techniques:

    CBCT scan of the mandibular right second premolar in 2D MPR (A) and 3D cinematic rendering (B) showing the nuances of the pulp cavity and the lateral position of the apical foramen terminus.

    Journal: Brazilian Dental Journal

    Article Title: A computational modeling method for root canal endoscopy using a specific CBCT filter: A new era in the metaverse of endodontics begins

    doi: 10.1590/0103-6440202205078

    Figure Lengend Snippet: CBCT scan of the mandibular right second premolar in 2D MPR (A) and 3D cinematic rendering (B) showing the nuances of the pulp cavity and the lateral position of the apical foramen terminus.

    Article Snippet: In all clinical endodontic cases described here, CBCT scans were acquired using a PreXion 3D scanner (PreXion 3D Inc., San Mateo, CA) and a high-resolution standard protocol: field of view - 5.6 cm, voxel - 0.108 mm, exposure time - 37 seconds (16 bits), tube voltage - 90 kVp, tube current - 4 mA, and thickness (isotropic voxel) - 0.100mm.

    Techniques:

    CBCT scan of the maxillary right central incisor in 2D MPR (A) and 3D cinematic rendering (B). The multidimensional internal navigation showed the pulp cavity and the central position of the apical foramen.

    Journal: Brazilian Dental Journal

    Article Title: A computational modeling method for root canal endoscopy using a specific CBCT filter: A new era in the metaverse of endodontics begins

    doi: 10.1590/0103-6440202205078

    Figure Lengend Snippet: CBCT scan of the maxillary right central incisor in 2D MPR (A) and 3D cinematic rendering (B). The multidimensional internal navigation showed the pulp cavity and the central position of the apical foramen.

    Article Snippet: In all clinical endodontic cases described here, CBCT scans were acquired using a PreXion 3D scanner (PreXion 3D Inc., San Mateo, CA) and a high-resolution standard protocol: field of view - 5.6 cm, voxel - 0.108 mm, exposure time - 37 seconds (16 bits), tube voltage - 90 kVp, tube current - 4 mA, and thickness (isotropic voxel) - 0.100mm.

    Techniques:

    CBCT scan of the mandibular first molar in 2D MPR (A) and 3D cinematic rendering (B). The multidimensional internal navigation showed an open coronal chamber, temporary restorative material, a lateral canal at the coronal level with an extension to the furcation area and an accessory canal at the apical level in the distal root canal. The mesial root canals had normal morphological and anatomical characteristics.

    Journal: Brazilian Dental Journal

    Article Title: A computational modeling method for root canal endoscopy using a specific CBCT filter: A new era in the metaverse of endodontics begins

    doi: 10.1590/0103-6440202205078

    Figure Lengend Snippet: CBCT scan of the mandibular first molar in 2D MPR (A) and 3D cinematic rendering (B). The multidimensional internal navigation showed an open coronal chamber, temporary restorative material, a lateral canal at the coronal level with an extension to the furcation area and an accessory canal at the apical level in the distal root canal. The mesial root canals had normal morphological and anatomical characteristics.

    Article Snippet: In all clinical endodontic cases described here, CBCT scans were acquired using a PreXion 3D scanner (PreXion 3D Inc., San Mateo, CA) and a high-resolution standard protocol: field of view - 5.6 cm, voxel - 0.108 mm, exposure time - 37 seconds (16 bits), tube voltage - 90 kVp, tube current - 4 mA, and thickness (isotropic voxel) - 0.100mm.

    Techniques: