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cbct i–cat model 17–19 system  (Imaging Sciences International)

 
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    Imaging Sciences International cbct i–cat model 17–19 system
    Cbct I–Cat Model 17–19 System, supplied by Imaging Sciences International, 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/i-cat%C2%AE+model+17%E2%80%9319/i+cat+scanner/pmc11913209-70-11-16
    Average 90 stars, based on 1 article reviews
    cbct i–cat model 17–19 system - by Bioz Stars, 2026-09
    90/100 stars

    Images

    Related Articles

    other:

    Article Title: Age Estimation Using Maxillary Central Incisor Analysis on Cone Beam Computed Tomography Human Images.
    Article Snippet: Image Evaluation CBCT was carried out using i-CAT® Model 17–19 (Imaging Sciences International Inc., Hatfield, PA, USA) with a flat-panel detector of amorphous silicon, an exposure protocol of 120 kVp and a current of 5 mA for 14.7 s. Patient occlusal plane was set parallel to the floor base by means of ear rods and a chin rest.

    Article Title: Critical anatomic region of nasopalatine canal based on tridimensional analysis: cone beam computed tomography
    Article Snippet: CBCT were done using i-CAT® Model 17–19 (Imaging Sciences International, Inc., Hatfield, Pennsylvania, USA) with a flat-panel detector of amorphous silicon, and an exposure protocol of 120 kVp, a current of 5 mA, 14.7 s. The occlusal plane of patients was set parallel to the floor base by means of ear rods and a chin res.

    Article Title: Age Estimation Using Maxillary Central Incisor Analysis on Cone Beam Computed Tomography Human Images.
    Article Snippet: CBCT was carried out using i-CAT® Model 17–19 (Imaging Sciences International Inc., Hatfield, PA, USA) with a flat-panel detector of amorphous silicon, an exposure protocol of 120 kVp and a current of 5 mA for 14.7 s. Patient occlusal plane was set parallel to the floor base by means of ear rods and a chin rest.



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    (a) <t>CBCT:</t> an example diagram showing how the measurements were taken ((A) implant length for reference (manufacturer information); (B) shoulder of the implant; (C, C 1 ) distance for lingual measurements were recorded from the implant shoulder (C) to the bone level (C 1 ); (D, D 1 ) distance for buccal measurements were recorded from the implant shoulder (D) to the bone level (D 1 ). (b) Graphical representation (frontal section): the combination of the modified shell technique with autologous bone plates and the guided bone regeneration technique ((A) mixture of milled bone chips and bone substitute; (B) bone plates; (C) osteosynthesis screws; (D) alveolar ridge; (E) periosteum; (F) collagen membrane). (c) Graphical representation (sagittal section): combination of the modified shell technique with autogenous bone plates and the guided bone regeneration technique. (d) The formula given for determining the implant length served as a reference for converting the measured pixels into millimetres.
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    Image Search Results


    (a) CBCT: an example diagram showing how the measurements were taken ((A) implant length for reference (manufacturer information); (B) shoulder of the implant; (C, C 1 ) distance for lingual measurements were recorded from the implant shoulder (C) to the bone level (C 1 ); (D, D 1 ) distance for buccal measurements were recorded from the implant shoulder (D) to the bone level (D 1 ). (b) Graphical representation (frontal section): the combination of the modified shell technique with autologous bone plates and the guided bone regeneration technique ((A) mixture of milled bone chips and bone substitute; (B) bone plates; (C) osteosynthesis screws; (D) alveolar ridge; (E) periosteum; (F) collagen membrane). (c) Graphical representation (sagittal section): combination of the modified shell technique with autogenous bone plates and the guided bone regeneration technique. (d) The formula given for determining the implant length served as a reference for converting the measured pixels into millimetres.

    Journal: Case Reports in Dentistry

    Article Title: A Cone Bean Computer Tomography Investigation of the Newly Formed Mandibular Anterior Ridge following the Treatment of an Extended Comminuted Fracture: A 12-Year Follow-Up

    doi: 10.1155/2024/1824016

    Figure Lengend Snippet: (a) CBCT: an example diagram showing how the measurements were taken ((A) implant length for reference (manufacturer information); (B) shoulder of the implant; (C, C 1 ) distance for lingual measurements were recorded from the implant shoulder (C) to the bone level (C 1 ); (D, D 1 ) distance for buccal measurements were recorded from the implant shoulder (D) to the bone level (D 1 ). (b) Graphical representation (frontal section): the combination of the modified shell technique with autologous bone plates and the guided bone regeneration technique ((A) mixture of milled bone chips and bone substitute; (B) bone plates; (C) osteosynthesis screws; (D) alveolar ridge; (E) periosteum; (F) collagen membrane). (c) Graphical representation (sagittal section): combination of the modified shell technique with autogenous bone plates and the guided bone regeneration technique. (d) The formula given for determining the implant length served as a reference for converting the measured pixels into millimetres.

    Article Snippet: Images of the patient's mandibular arch were acquired with the CBCT i-CAT Model 17-19 (Imaging Sciences International LLC, Hatfield, Pa).

    Techniques: Modification, Membrane

    (a) CBCT horizontal view: facial skull with comminuted fracture in the mandible. (b) CBCT vertical view: facial skull with comminuted fracture in the mandible. (c) Buccal view of the clinical situation 12 years after comminuted fracture. (d) Lingual view of the clinical situation 12 years after comminuted fracture.

    Journal: Case Reports in Dentistry

    Article Title: A Cone Bean Computer Tomography Investigation of the Newly Formed Mandibular Anterior Ridge following the Treatment of an Extended Comminuted Fracture: A 12-Year Follow-Up

    doi: 10.1155/2024/1824016

    Figure Lengend Snippet: (a) CBCT horizontal view: facial skull with comminuted fracture in the mandible. (b) CBCT vertical view: facial skull with comminuted fracture in the mandible. (c) Buccal view of the clinical situation 12 years after comminuted fracture. (d) Lingual view of the clinical situation 12 years after comminuted fracture.

    Article Snippet: Images of the patient's mandibular arch were acquired with the CBCT i-CAT Model 17-19 (Imaging Sciences International LLC, Hatfield, Pa).

    Techniques:

    (a) A graph showing the buccal bone level from 2010 to 2021 in mm, with each line representing the bone level for each implant. (b) CBCT: analysed CBCT image from 2010 to 2021 of each implant (implant 1: region 32; implant 2: region 31/41; implant 3: region 42). (c) A graph showing the lingual bone level from 2010 to 2021 in mm, with each line representing the bone level for each implant.

    Journal: Case Reports in Dentistry

    Article Title: A Cone Bean Computer Tomography Investigation of the Newly Formed Mandibular Anterior Ridge following the Treatment of an Extended Comminuted Fracture: A 12-Year Follow-Up

    doi: 10.1155/2024/1824016

    Figure Lengend Snippet: (a) A graph showing the buccal bone level from 2010 to 2021 in mm, with each line representing the bone level for each implant. (b) CBCT: analysed CBCT image from 2010 to 2021 of each implant (implant 1: region 32; implant 2: region 31/41; implant 3: region 42). (c) A graph showing the lingual bone level from 2010 to 2021 in mm, with each line representing the bone level for each implant.

    Article Snippet: Images of the patient's mandibular arch were acquired with the CBCT i-CAT Model 17-19 (Imaging Sciences International LLC, Hatfield, Pa).

    Techniques: