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ezscan8  (Medit Inc)

 
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    Structured Review

    Medit Inc ezscan8
    Information on the 27 included studies to compose dynamic simulated dental patient.
    Ezscan8, supplied by Medit 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/ezscan8/ezscan8/pmc09861356-19-70-71
    Average 90 stars, based on 1 article reviews
    ezscan8 - by Bioz Stars, 2026-11
    90/100 stars

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    1) Product Images from "Four-Dimensional Superimposition Techniques to Compose Dental Dynamic Virtual Patients: A Systematic Review"

    Article Title: Four-Dimensional Superimposition Techniques to Compose Dental Dynamic Virtual Patients: A Systematic Review

    Journal: Journal of Functional Biomaterials

    doi: 10.3390/jfb14010033

    Information on the 27 included studies to compose dynamic simulated dental patient.
    Figure Legend Snippet: Information on the 27 included studies to compose dynamic simulated dental patient.

    Techniques Used: Software, Marker, Biomarker Discovery, Comparison, Northern Blot, Imaging, Generated, Transformation Assay, Preserving, In Vitro, Capsules, Muscles, Magnetic Resonance Imaging

    Summary of the software to create 4D patients.
    Figure Legend Snippet: Summary of the software to create 4D patients.

    Techniques Used: Software, Imaging, Northern Blot

    Related Articles

    Software:

    Article Title: Four-Dimensional Superimposition Techniques to Compose Dental Dynamic Virtual Patients: A Systematic Review
    Article Snippet: Kois JC [ ]/2022 , Case report: method description (Humans) , Unknown , 1. IOS 2. KFRG 3. Photography 4. CAD software 5. VA module , 1. (TRIOS 3; 3Shape A/S, Copenhagen, Denmark) 2. (Kois Center, LLC, Seattle, WA, USA) 3. Digital single-lens reflex camera (D850; Nikon Inc., Tokyo, Japan) 4. (DentalCAD; exocad GmbH, Darmstadt, Germany) , 1.Maxillary and mandibular arches 2. NHP 3. Photograph of dentition and face 4. Virtual Orientation: the project scene 5. Facially generated virtual mounting , IOS + photograph: “Align Mesh” tool , Prosthetic dentistry , Feasibility , Lack of the validation of accuracy. .. Kwon JH [ ]/2019 , Case report: method description (Humans) , One subject , 1. CBCT (DICOM) 2. Image processing software (STL) 3. DS 4. FS + targets 5. Image registration tool , 1. (PaXZenith3D, Vatech Co., Ltd., Hwaseong, Republic of Korea;) 2. (OnDemand3D, Cybermed Co., Ltd., Seoul, Republic of Korea.) 3. (Identica hybrid, Medit Inc., Seoul, Republic of Korea.) 4. (Rexcan CS2, Medit Inc., Seoul, Republic of Korea.) 5. (Ezscan8, Medit Inc., Seoul, Republic of Korea) , 1. Maxilla and mandible 2. 3D skull and jaws 3. digital casts 4. The oral cavity and face in MICP 5. A 3D model with a CBCT scan Real-time mandibular motions , CBCT + DS: fiducial markers based (to generate the transformation matrix by comparing reference points) , Prosthetic dentistry , 1. Convenient 2. Stability: 36 mm in the mandible 30.78 mm/37.74 mm in the left/right condyle 3. Accuracy: high (4.1–6.9 mm) , The sample size needs to be expanded for further validation.. .. Lam WYH [ ]/2016 , Non-randomized controlled experimental study (Humans) , Unknown , 1. FS with and without facebow 2. DS 3. IOS 4. Open-source software 5. CBCT scan+ the occlusal wafer + radiopaque markers , 1. (3dMDface; 3dMD Inc, Atlanta, GA, USA) 2. (Handyscan 3D; Creaform) 3. (True Definition; 3M ESPE, Iverson Dental Labs, MARB, CA, USA) 4.(MeshLab v1.3.3; Visual Computing Lab of the ISTICNR, Pisa, Italy) 5. Image analysis software (3D Slicer9 version 4.3; Slicer community, Boston, MA, USA) , 1.3D face with/without facebow 2. Facebow 3. (1) Dentitions and the maxillomandibular relationship; (2) Buccal surface of the maxillary dentition and the occlusal wafer 4. Virtual patients transferred to the VA 5. The facial skin, teeth, and radiographic markers , 1. FS + DS + IOS: point-based + ICP algorithm 2. Face-bow (DS) + CBCT: fiducial markers based + point-based algorithm , Prosthetic dentistry , 1. Feasibility 2. Accuracy (1) error in tooth registration: less than 1 mm (2) the facial alignment (the mean distances of the nasion, alares, and tragions: 0.83 mm, 0.77 mm, and 1.70 mm) , 1. The registration accuracy needs to be improved. 2. Distortion needs to be avoided. 3. Time-consuming.

    Article Title: Four-Dimensional Superimposition Techniques to Compose Dental Dynamic Virtual Patients: A Systematic Review
    Article Snippet: [ ] , (Zbrush 2022; Maxon, Friedrichsdorf, Ger-many) , 3D modeling software , Fiducial markers-based , IOS/DS (OBJ). .. [ , ] , (EzScan8, Medit Inc., Seoul, Republic of Korea) , The image registration software , Point-based Horn alignment algorithm ICP algorithm , CBCT (STL transferred from DICOM) DS (STL) FS (STL). .. [ , ] , (MeshLab v1.3.3; Visual Computing Lab of the ISTICNR, Pisa, Italy) , Open-source software , Point-based Fiducial markers based ICP algorithm , CBCT, IOS, FS.

    Transformation Assay:

    Article Title: Four-Dimensional Superimposition Techniques to Compose Dental Dynamic Virtual Patients: A Systematic Review
    Article Snippet: Kois JC [ ]/2022 , Case report: method description (Humans) , Unknown , 1. IOS 2. KFRG 3. Photography 4. CAD software 5. VA module , 1. (TRIOS 3; 3Shape A/S, Copenhagen, Denmark) 2. (Kois Center, LLC, Seattle, WA, USA) 3. Digital single-lens reflex camera (D850; Nikon Inc., Tokyo, Japan) 4. (DentalCAD; exocad GmbH, Darmstadt, Germany) , 1.Maxillary and mandibular arches 2. NHP 3. Photograph of dentition and face 4. Virtual Orientation: the project scene 5. Facially generated virtual mounting , IOS + photograph: “Align Mesh” tool , Prosthetic dentistry , Feasibility , Lack of the validation of accuracy. .. Kwon JH [ ]/2019 , Case report: method description (Humans) , One subject , 1. CBCT (DICOM) 2. Image processing software (STL) 3. DS 4. FS + targets 5. Image registration tool , 1. (PaXZenith3D, Vatech Co., Ltd., Hwaseong, Republic of Korea;) 2. (OnDemand3D, Cybermed Co., Ltd., Seoul, Republic of Korea.) 3. (Identica hybrid, Medit Inc., Seoul, Republic of Korea.) 4. (Rexcan CS2, Medit Inc., Seoul, Republic of Korea.) 5. (Ezscan8, Medit Inc., Seoul, Republic of Korea) , 1. Maxilla and mandible 2. 3D skull and jaws 3. digital casts 4. The oral cavity and face in MICP 5. A 3D model with a CBCT scan Real-time mandibular motions , CBCT + DS: fiducial markers based (to generate the transformation matrix by comparing reference points) , Prosthetic dentistry , 1. Convenient 2. Stability: 36 mm in the mandible 30.78 mm/37.74 mm in the left/right condyle 3. Accuracy: high (4.1–6.9 mm) , The sample size needs to be expanded for further validation.. .. Lam WYH [ ]/2016 , Non-randomized controlled experimental study (Humans) , Unknown , 1. FS with and without facebow 2. DS 3. IOS 4. Open-source software 5. CBCT scan+ the occlusal wafer + radiopaque markers , 1. (3dMDface; 3dMD Inc, Atlanta, GA, USA) 2. (Handyscan 3D; Creaform) 3. (True Definition; 3M ESPE, Iverson Dental Labs, MARB, CA, USA) 4.(MeshLab v1.3.3; Visual Computing Lab of the ISTICNR, Pisa, Italy) 5. Image analysis software (3D Slicer9 version 4.3; Slicer community, Boston, MA, USA) , 1.3D face with/without facebow 2. Facebow 3. (1) Dentitions and the maxillomandibular relationship; (2) Buccal surface of the maxillary dentition and the occlusal wafer 4. Virtual patients transferred to the VA 5. The facial skin, teeth, and radiographic markers , 1. FS + DS + IOS: point-based + ICP algorithm 2. Face-bow (DS) + CBCT: fiducial markers based + point-based algorithm , Prosthetic dentistry , 1. Feasibility 2. Accuracy (1) error in tooth registration: less than 1 mm (2) the facial alignment (the mean distances of the nasion, alares, and tragions: 0.83 mm, 0.77 mm, and 1.70 mm) , 1. The registration accuracy needs to be improved. 2. Distortion needs to be avoided. 3. Time-consuming.

    Biomarker Discovery:

    Article Title: Four-Dimensional Superimposition Techniques to Compose Dental Dynamic Virtual Patients: A Systematic Review
    Article Snippet: Kois JC [ ]/2022 , Case report: method description (Humans) , Unknown , 1. IOS 2. KFRG 3. Photography 4. CAD software 5. VA module , 1. (TRIOS 3; 3Shape A/S, Copenhagen, Denmark) 2. (Kois Center, LLC, Seattle, WA, USA) 3. Digital single-lens reflex camera (D850; Nikon Inc., Tokyo, Japan) 4. (DentalCAD; exocad GmbH, Darmstadt, Germany) , 1.Maxillary and mandibular arches 2. NHP 3. Photograph of dentition and face 4. Virtual Orientation: the project scene 5. Facially generated virtual mounting , IOS + photograph: “Align Mesh” tool , Prosthetic dentistry , Feasibility , Lack of the validation of accuracy. .. Kwon JH [ ]/2019 , Case report: method description (Humans) , One subject , 1. CBCT (DICOM) 2. Image processing software (STL) 3. DS 4. FS + targets 5. Image registration tool , 1. (PaXZenith3D, Vatech Co., Ltd., Hwaseong, Republic of Korea;) 2. (OnDemand3D, Cybermed Co., Ltd., Seoul, Republic of Korea.) 3. (Identica hybrid, Medit Inc., Seoul, Republic of Korea.) 4. (Rexcan CS2, Medit Inc., Seoul, Republic of Korea.) 5. (Ezscan8, Medit Inc., Seoul, Republic of Korea) , 1. Maxilla and mandible 2. 3D skull and jaws 3. digital casts 4. The oral cavity and face in MICP 5. A 3D model with a CBCT scan Real-time mandibular motions , CBCT + DS: fiducial markers based (to generate the transformation matrix by comparing reference points) , Prosthetic dentistry , 1. Convenient 2. Stability: 36 mm in the mandible 30.78 mm/37.74 mm in the left/right condyle 3. Accuracy: high (4.1–6.9 mm) , The sample size needs to be expanded for further validation.. .. Lam WYH [ ]/2016 , Non-randomized controlled experimental study (Humans) , Unknown , 1. FS with and without facebow 2. DS 3. IOS 4. Open-source software 5. CBCT scan+ the occlusal wafer + radiopaque markers , 1. (3dMDface; 3dMD Inc, Atlanta, GA, USA) 2. (Handyscan 3D; Creaform) 3. (True Definition; 3M ESPE, Iverson Dental Labs, MARB, CA, USA) 4.(MeshLab v1.3.3; Visual Computing Lab of the ISTICNR, Pisa, Italy) 5. Image analysis software (3D Slicer9 version 4.3; Slicer community, Boston, MA, USA) , 1.3D face with/without facebow 2. Facebow 3. (1) Dentitions and the maxillomandibular relationship; (2) Buccal surface of the maxillary dentition and the occlusal wafer 4. Virtual patients transferred to the VA 5. The facial skin, teeth, and radiographic markers , 1. FS + DS + IOS: point-based + ICP algorithm 2. Face-bow (DS) + CBCT: fiducial markers based + point-based algorithm , Prosthetic dentistry , 1. Feasibility 2. Accuracy (1) error in tooth registration: less than 1 mm (2) the facial alignment (the mean distances of the nasion, alares, and tragions: 0.83 mm, 0.77 mm, and 1.70 mm) , 1. The registration accuracy needs to be improved. 2. Distortion needs to be avoided. 3. Time-consuming.



    Similar Products

    ezscan8  (Medit Inc)
    90
    Medit Inc ezscan8
    Information on the 27 included studies to compose dynamic simulated dental patient.
    Ezscan8, supplied by Medit 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/ezscan8/ezscan8/pmc09861356-19-70-71
    Average 90 stars, based on 1 article reviews
    ezscan8 - by Bioz Stars, 2026-11
    90/100 stars
    		  Buy from Supplier

    Image Search Results


    Information on the 27 included studies to compose dynamic simulated dental patient.

    Journal: Journal of Functional Biomaterials

    Article Title: Four-Dimensional Superimposition Techniques to Compose Dental Dynamic Virtual Patients: A Systematic Review

    doi: 10.3390/jfb14010033

    Figure Lengend Snippet: Information on the 27 included studies to compose dynamic simulated dental patient.

    Article Snippet: Kwon JH [ ]/2019 , Case report: method description (Humans) , One subject , 1. CBCT (DICOM) 2. Image processing software (STL) 3. DS 4. FS + targets 5. Image registration tool , 1. (PaXZenith3D, Vatech Co., Ltd., Hwaseong, Republic of Korea;) 2. (OnDemand3D, Cybermed Co., Ltd., Seoul, Republic of Korea.) 3. (Identica hybrid, Medit Inc., Seoul, Republic of Korea.) 4. (Rexcan CS2, Medit Inc., Seoul, Republic of Korea.) 5. (Ezscan8, Medit Inc., Seoul, Republic of Korea) , 1. Maxilla and mandible 2. 3D skull and jaws 3. digital casts 4. The oral cavity and face in MICP 5. A 3D model with a CBCT scan Real-time mandibular motions , CBCT + DS: fiducial markers based (to generate the transformation matrix by comparing reference points) , Prosthetic dentistry , 1. Convenient 2. Stability: 36 mm in the mandible 30.78 mm/37.74 mm in the left/right condyle 3. Accuracy: high (4.1–6.9 mm) , The sample size needs to be expanded for further validation..

    Techniques: Software, Marker, Biomarker Discovery, Comparison, Northern Blot, Imaging, Generated, Transformation Assay, Preserving, In Vitro, Capsules, Muscles, Magnetic Resonance Imaging

    Summary of the software to create 4D patients.

    Journal: Journal of Functional Biomaterials

    Article Title: Four-Dimensional Superimposition Techniques to Compose Dental Dynamic Virtual Patients: A Systematic Review

    doi: 10.3390/jfb14010033

    Figure Lengend Snippet: Summary of the software to create 4D patients.

    Article Snippet: Kwon JH [ ]/2019 , Case report: method description (Humans) , One subject , 1. CBCT (DICOM) 2. Image processing software (STL) 3. DS 4. FS + targets 5. Image registration tool , 1. (PaXZenith3D, Vatech Co., Ltd., Hwaseong, Republic of Korea;) 2. (OnDemand3D, Cybermed Co., Ltd., Seoul, Republic of Korea.) 3. (Identica hybrid, Medit Inc., Seoul, Republic of Korea.) 4. (Rexcan CS2, Medit Inc., Seoul, Republic of Korea.) 5. (Ezscan8, Medit Inc., Seoul, Republic of Korea) , 1. Maxilla and mandible 2. 3D skull and jaws 3. digital casts 4. The oral cavity and face in MICP 5. A 3D model with a CBCT scan Real-time mandibular motions , CBCT + DS: fiducial markers based (to generate the transformation matrix by comparing reference points) , Prosthetic dentistry , 1. Convenient 2. Stability: 36 mm in the mandible 30.78 mm/37.74 mm in the left/right condyle 3. Accuracy: high (4.1–6.9 mm) , The sample size needs to be expanded for further validation..

    Techniques: Software, Imaging, Northern Blot