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. 2020 Nov 23;49(8):20200145. doi: 10.1259/dmfr.20200145

Table 2.

Cone beam computed tomography machines acquisition parameters

Manufacturer Model kV mA Focal Spot (mm) Detector Typea Detector Gray Scale (bits) FOVb FOV Stitching Voxel Size (min-max) (mm) Scan Time (s)c Reconstruction Time (s) Pulsed Beam
Small Medium Large
3M IMTEC (USA) ILUMA SFOV 120 1–3.8 0.3 FPD (A-Si) 16 x No 0.09–0.4 7.8–40 >120 No
ILUMA LFOV 120 1–3.8 0.3 FPD (A-Si) 16 x No 0.09–0.4 7.8–40 >120 No
3Shape (Denmark) X1 60–90 4–12 0.5 FPD (CMOS) 16 x x No 0.1–0.4 12–14 300 Yes
Acteon (France) X-Mind Trium 80–90 4–10 0.5 FPD (CMOS) 12 x x No 0.075–0.15 12–30 29 Yes
X-Mind Trium (Ceph) 80–90 4–10 0.5 FPD (CMOS) 12 x x No 0.075–0.15 12–30 29 Yes
X-Mind Trium “True low dose” 80–90 4–10 0.5 FPD (CMOS) 12 x No 0.075 12–30 29 Yes
X-Mind Prime 3D 60–86 2–12.5 0.5 FPD (CMOS) 16 x x No 0.08 7 ? ?
WhiteFox 105 6–10 0.5 FPD (A-Si) 16 x x x No 0.1–0.3 18–27 30 Yes
Air Techniques (USA) ProVecta 3D Prime 50–99 4–16 0.5 FPD (CMOS - CsI) 14 x x x No 0.08–0.2 2–18 ? Yes
Asahi Roentgen (Japan) Alphard 2520 60–110 2–15 0.6 FPD ? x x No 0.1–0.39 ? ? ?
Alphard 3030 VEGA 60–110 2–15 0.6 FPD ? x x No 0.1–0.39 ? ? ?
Alioth 60–100 1–12 0.5 FPD (CsI) 8–14 x x No 0.1–0.2 17 ? No
Alioth CM 60–100 1–12 0.5 FPD (CsI) 8–14 x x No 0.1–0.2 17 ? No
Auge Zio 60–95 2–12 0.5 FPD (CsI) 12 x x No 0.1–0.2 8.5–17 ? No
Auge Zio CM 60–95 2–12 0.5 FPD (CsI) 12 x x No 0.1–0.2 8.5–17 ? No
Auge Zio CM Maxim 60–95 2–12 0.5 FPD (CsI) 12 x x No 0.1–0.2 8.5–17 ? No
Auge X Zio 60–95 2–12 0.5 FPD (CsI) 12 x x No 0.1–0.2 8.5–17 ? No
Auge X Zio CM 60–95 2–12 0.5 FPD (CsI) 12 x x No 0.1–0.2 8.5–17 ? No
Auge X Zio CM Maxim 60–95 2–12 0.5 FPD (CsI) 12 x x No 0.1–0.2 8.5–17 ? No
Auge Solio Z 60–100 2–12 0.6 ? 12 x x x No 0.1–0.3 ? ? ?
Auge Solio Z CM 60–100 2–12 0.6 ? 12 x x x No 0.1–0.3 ? ? ?
Solio X 60–85 2–8 0.5 ? ? x x No 0.1–0.17 6–12 ? ?
Solio X Z Maxim 60–85 2–8 0.5 ? ? x x No 0.1–0.17 6–12 ? ?
PSR 9000N ? ? ? ? ? ? ? ? ? 0.1–0.15 17 ? ?
Biolase (USA) DaVinci Imaging D3D 90 10 0.5–0.6 II (CCD) 12 x x No 0.17–0.33 10–30 30–70 Yes
Carestream (France) CS 8100 3D 60–90 2–15 0.6–0.7 FPD (CMOS) 14 x x No 0.075-? 7–15 >120 Yes
CS 8100SC 3D 60–90 2–15 0.6–0.7 FPD (CMOS) 14 x x No 0.075-? 7–15 >120 Yes
CS 9000 3D / Kodak 9000 3D 60–90 2–15 0.5 FPD (CMOS) 16 x x No 0.076-? 22 >120 Yes
CS 9000C 3D / Kodak 9000C 3D 60–90 2–15 0.5 FPD (CMOS) 16 x x No 0.076-? 22 >120 Yes
CS 9300 60–90 2–15 0.7 TFT 14 x x x No 0.09–0.5 12–28 >120 Yes/No
CS 9300C 60–90 2–15 0.7 TFT 14 x x x No 0.09–0.5 12–28 >120 Yes/No
CS 9300 Select 60–90 2–15 0.7 TFT 14 x x No 0.09–0.5 12–28 >120 Yes/No
CS 9300C Select 60–90 2–15 0.7 TFT 14 x x No 0.09–0.5 12–28 >120 Yes/No
CS 9300 ENT 60–90 2–15 0.7 TFT 14 x x x No 0.09–0.5 12–28 >120 Yes/No
Kodak 9500 MFOV 60–90 2–15 0.7 FPD (A-Si) 14 x No 0.2–0.3 24 80–150 Yes
Kodak 9500 LFOV 60–90 2–15 0.7 FPD (A-Si) 14 x No 0.2–0.3 24 80–150 Yes
CS 9600 12 × 10 60–120 2–15 0.3–0.7 FPD (CMOS) 14 x x x No 0.075–0.4 5.5–40 ? Yes
CS 9600 16 × 10 60–120 2–15 0.3–0.7 FPD (CMOS) 14 x x x No 0.075–0.4 5.5–40 ? Yes
CS 9600 16 × 17 60–120 2–15 0.3–0.7 FPD (CMOS) 14 x x x No 0.075–0.4 5.5–40 ? Yes
Castellini (Italy) X Radius Compact 3D 90 4–15 0.6 FPD (A-Si - CsI) 16 x x No 0.08–0.16 ? ? Yes
X Radius Trio SFOV 60–90 1–10 0.5 FPD (A-Si - CsI) 16 x x x Yes 0.075-? >18 >15 Yes
X Radius Trio SFOV (Ceph) 60–90 1–10 0.5 FPD (A-Si - CsI) 16 x x x Yes 0.075-? >18 >15 Yes
X Radius Trio LFOV 60–90 1–10 0.5 FPD (A-Si - CsI) 16 x x x Yes 0.075-? >18 >15 Yes
X Radius Trio LFOV (Ceph) 60–90 1–10 0.5 FPD (A-Si - CsI) 16 x x x Yes 0.075-? >18 >15 Yes
Dürr (Germany) VistaVOX S 50–99 4–16 0.5 FPD (CMOS - CsI) ? x x x No 0.08–0.12 2–18 ? ?
VistaVOX S (Ceph) 50–99 4–16 0.5 FPD (CMOS - CsI) ? x x x No 0.08–0.12 2–18 ? ?
Dabi Atlante (Brazil) Eagle 3D 85 4–8 0.5 FPD (CMOS) ? x x x Yes 0.08–0.5 7–32 22–97 Yes
Eagle 3D (Ceph) 85 4–8 0.5 FPD (CMOS) ? x x x Yes 0.08–0.5 7–32 22–97 Yes
Dentium (Republic of Korea) Rainbow CT 60–100 4–12 0.5 FPD (CMOS) ? x x Yes 0.2–0.3 19 >60 ?
Denstply Sirona (Germany) Orthophos S 3D 60–90 4–13 0.5 FPD (A-Si) ? x x x No 0.08–0.22 14 ? Yes
Orthophos S 3D (Ceph) 60–90 4–13 0.5 FPD (A-Si) ? x x x No 0.08–0.22 14 ? Yes
Orthophos SL 3D 60–90 4–13 0.5 FPD (A-Si) ? x x x No 0.08–0.22 14 ? Yes
Orthophos SL 3D (Ceph) 60–90 4–13 0.5 FPD (A-Si) ? x x x No 0.08–0.22 14 ? Yes
Orthophos XG 3D 60–90 4–13 0.5 FPD (A-Si) ? x x No 0.1–0.16 14 ? Yes
Orthophos XG 3D (Ceph) 60–90 4–13 0.5 FPD (A-Si) ? x x No 0.1–0.16 14 90–390 Yes
Galileos Compact 85 5–7 0.5 II 12 x No 0.3 14 240–300 Yes
Galileos Comfort 85 5–7 0.5 II 12 x No 0.15–0.3 14 240–300 Yes
Galileos Comfort Plus 98 3–6 0.5 II 12 x No 0.125–0.25 14 ? ?
Fussen (China) Dentrix 20 60–90 4–10 0.5 FPD (CMOS) 16 x x No 0.075–0.25 15 >60 Yes
FONA Dental (Slovakia) Stellaris 3D 60–86 2.5–10 0.5 FPD (CMOS) 14 x x No 0.08-? 13–16.9 ? Yes
Stellaris 3D (Ceph) 60–86 2.5–10 0.5 FPD (CMOS) 14 x x No 0.08-? 13–16.9 ? Yes
FONA X PAN 3D 61–85 4–10 0.5 FPD (CMOS) 14 x No 0.16 12.3 >10 Yes
FONA X PAN 3D Plus 61–85 4–10 0.5 FPD (CMOS) 14 x No 0.16 12.3 >10 Yes
Genoray (Republic of Korea) Volux 6 60–85 5–7 0.5 ? ? x x No 0.1–0.17 20 180 ?
Volux 9 (Dental/ENT) 85 7 0.5 ? ? x No ? 8.5 120 ?
Volux 21 60–110 5–7 0.5 FPD (CMOS) ? x No 0.1–0.28 15.8 150 ?
Volux 21C 60–110 5–7 0.5 FPD (CMOS) ? x No 0.1–0.28 15.8 150 ?
Papaya 3D 60–90 4–12 0.5 ? ? x x x Yes 0.075–0.4 7.7–14.5 ? ?
Papaya 3D Plus 60–90 4–12 0.5 ? ? x x x Yes 0.075–0.4 7.7–14.5 ? ?
Papaya 3D Premium NV 60–90 4–12 0.5 ? ? x Yes 0.075–0.4 >7.7 ? ?
Papaya 3D Premium NV (Ceph) 60–90 4–12 0.5 ? ? x Yes 0.075–0.4 >7.7 ? ?
Papaya 3D Premium LV 60–90 4–12 0.5 ? ? x Yes 0.075–0.4 >7.7 ? ?
Papaya 3D Premium LV (Ceph) 60–90 4–12 0.5 ? ? x Yes 0.075–0.4 >7.7 ? ?
Papaya 3D Premium ENT 60–90 4–12 0.5 ? ? x Yes 0.075–0.4 >7.7 ? ?
HDX Will (Republic of Korea) Dentri α Classic 60–110 5–10 0.5 FPD (CMOS) 14 x No 0.1–0.3 16–36 8–40 Yes
Dentri α Extended 60–110 5–10 0.5 FPD (CMOS) 14 x Yes 0.1–0.3 8–24 8–40 Yes
Dentri Cα Classic 60–110 5–10 0.5 FPD (CMOS) 14 x No 0.1–0.3 16–36 8–40 Yes
Dentri Cα Extended 60–110 5–10 0.5 FPD (CMOS) 14 x Yes 0.1–0.3 8–24 8–40 Yes
Dentri Sα Classic 60–110 5–10 0.5 FPD (CMOS) 14 x No 0.1–0.3 16–36 8–40 Yes
Dentri Sα Extended 60–110 5–10 0.5 FPD (CMOS) 14 x Yes 0.1–0.3 8–24 8–40 Yes
Dinnova 3 2520D/3030D 50–120 4–10 0.5 FPD (CMOS) 14 x No 0.15–0.4 7–24 >120 Yes
Q-Face (non-stitch) 60–90 4–10 0.5 FPD (CMOS) 14 x x x No 0.1–0.3 8–24 >60 Yes
Q-Face (one stitch) 60–90 4–10 0.5 FPD (CMOS) 14 x x x Yes 0.1–0.3 8–24 >60 Yes
Q-Face (two stitch) 60–90 4–10 0.5 FPD (CMOS) 14 x x x Yes 0.1–0.3 8–24 >60 Yes
Q-Face-S (non-stitch) 60–90 4–10 0.5 FPD (CMOS) 14 x x x No 0.1–0.3 8–24 >60 Yes
Q-Face-S (one stitch) 60–90 4–10 0.5 FPD (CMOS) 14 x x x Yes 0.1–0.3 8–24 >60 Yes
Q-Face-S (two stitch) 60–90 4–10 0.5 FPD (CMOS) 14 x x x Yes 0.1–0.3 8–24 >60 Yes
Hitachi (Japan) CB Mercuray 60–120 10–15 ? II (CCD) 12 x x No 0.1–0.37 9.6 360 ?
CB Throne 60–120 10–15 ? II (CCD) 12 x x No 0.1*2–0.2*4 9.6 ? ?
ImageWork (USA) Panoura 18S 58–82 2–10 0.5 ? 16 x x No 0.08–0.1 11.5–23 ? ?
Panoura 18S (Ceph) 58–82 2–10 0.5 ? 16 x x No 0.08–0.1 11.5–23 ? ?
J Morita (Japan) 3D Accuitomo XYZ 60–80 1–10 0.5 II (CCD) ? x No 0.125 18 >300 No
3D Accuitomo FPD 60 60–80 1–10 0.5 FPD (CMOS) 13 x No 0.08–0.125 >18 >180 No
3D Accuitomo FPD 80 60–80 1–10 0.5 FPD (CMOS) 13 x x No 0.08–0.16 >18 >180 No
3D Accuitomo 170 60–90 1–10 0.5 FPD (A-Si) 14 x x x No 0.08–0.25 5.4–30.8 >180 No
Veraview X800 F40P 60–100 2–10 0.5 FPD ? x x No 0.08–0.125 9.4 <60 No
Veraview X800 F40PC 60–100 2–10 0.5 FPD ? x x No 0.08–0.125 9.4 <60 No
Veraview X800 R100P 60–100 2–10 0.5 FPD ? x x No 0.08–0.125 9.4 <60 No
Veraview X800 R100PC 60–100 2–10 0.5 FPD ? x x No 0.08–0.125 9.4 <60 No
Veraview X800 F150P 60–100 2–10 0.5 FPD ? x x x No 0.08–0.125 9.4 <60 No
Veraview X800 F150PC 60–100 2–10 0.5 FPD ? x x x No 0.08–0.125 9.4 <60 No
Veraviewpocs 3D F40 60–90 2–10 0.5 FPD (CMOS) 13 x x No 0.125 9.4 <60 No
Veraviewpocs 3D F40PC 60–90 2–10 0.5 FPD (CMOS) 13 x x No 0.125 9.4 <60 No
Veraviewpocs 3D R100 60–90 2–10 0.5 FPD (CMOS) 13 x x No 0.125–0.16 9.4 <60 No
Veraviewpocs 3D R100PC 60–90 2–10 0.5 FPD (CMOS) 13 x x No 0.125–0.16 9.4 <60 No
KaVo Kerr (USA/Finland) KaVo 3D eXam 120 3–7 0.5 FPD (A-Si) 14 x No 0.2–0.4 9–27 >120 Yes
KaVo OP 3D 95 2–12.5 0.5 FPD (CMOS) ? x x x No 0.08–0.4 10–20 ? ?
KaVo OP 3D (Ceph) 95 2–12.5 0.5 FPD (CMOS) ? x x x No 0.08–0.4 10–20 ? ?
KaVo OP 3D Pro Small Panel 57–90 3.2–16 0.5 FPD (CMOS) ? x x No 0.085–0.3 11–21 ? ?
KaVo OP 3D Pro Small Panel (Ceph) 57–90 3.2–16 0.5 FPD (CMOS) ? x x No 0.085–0.3 11–21 ? ?
KaVo OP 3D Pro Large Panel 57–90 3.2–16 0.5 FPD (CMOS) ? x x x Yes 0.085–0.4 11–42 ? ?
KaVo OP 3D Pro Large Panel (Ceph) 57–90 3.2–16 0.5 FPD (CMOS) ? x x x Yes 0.085–0.4 11–42 ? ?
KaVo 3D Vision (V8) 90–120 3–8 0.5 FPD (A-Si) 16 x x No 0.125–0.4 4.8–26.9 >30 Yes
KaVo 3D Vision (V10) 90–120 3–8 0.5 FPD (A-Si) 16 x x x No 0.125–0.4 4.8–26.9 >30 Yes
KaVo 3D Vision (V17) 90–120 3–8 0.5 FPD (A-Si) 16 x x x No 0.125–0.4 4.8–26.9 >30 Yes
KaVo (Gendex - USA) GXDP-800 57–90 3.2–16 0.5 FPD (CMOS) 16 x x x No 0.085–0.4 10–20 ? Yes
GXDP-800 (Ceph) 57–90 3.2–16 0.5 FPD (CMOS) 16 x x x No 0.085–0.4 10–20 ? Yes
GXDP-700-S 57–90 3.2–16 0.5 FPD (CMOS) 16 x x No 0.085–0.3 11–17 ? Yes
GXDP-700-SC 57–90 3.2–16 0.5 FPD (CMOS) 16 x x No 0.085–0.3 11–17 ? Yes
GXCB-500 90–120 3–8 0.5 FPD (A-Si) 14 x x No 0.125–0.4 8.9–23 20–95 Yes
KaVo (Imaging Science - USA) i-CAT Classic 120 3–7 0.5 FPD (A-Si) 14 x No 0.2–0.4 10–40 >120 ?
i-CAT Precise 120 3–7 0.5 FPD (A-Si - CsI) 14 x x x No 0.125–0.4 4–23 >95 ?
i-CAT Next Generation 120 3–7 0.5 FPD (A-Si) 14 x x No 0.125–0.4 5–27 >60 Yes
i-CAT FLX MV 120 3–8 0.5 FPD (A-Si) 16 x x x No 0.125–0.4 4.8–23 >30 Yes
i-CAT FLX V8 120 3–8 0.5 FPD (A-Si) 16 x x No 0.125–0.4 4.8–26.9 >30 Yes
i-CAT FLX V10 120 3–8 0.5 FPD (A-Si) 16 x x x No 0.125–0.4 4.8–26.9 >30 Yes
i-CAT FLX V17 120 3–8 0.5 FPD (A-Si) 16 x x x No 0.125–0.4 4.8–26.9 >30 Yes
KaVo (Instrumentarium – Finland) OP200 D 57–85 2–16 0.5 ? ? x No 0.23 ? ? ?
OC 200 D 57–85 2–16 0.5 ? ? x No 0.23 ? ? ?
OP300 57–90 4–16 0.5 FPD (CMOS) 14 x x No 0.085–0.3 11–21 >120 Yes
OP300 Maxio 57–90 4–16 0.5 FPD (CMOS) 14 x x x Yes 0.085–0.3 11–40 >120 Yes
KaVo (Soredex – Finland) Scanora 3D 60–90 8–15 0.5 FPD (CMOS) 12 x x x No 0.133–0.35 10–26 60–360 Yes
Scanora 3DX 60–90 4–10 0.5 FPD (A-Si) ? x x x No 0.1–0.5 18–34 ? Yes
Cranex 3D 57–90 4–16 0.5 FPD (CMOS) 16 x x No 0.085–0.3 10–20 ? Yes
Cranex 3D (Ceph) 57–90 4–16 0.5 FPD (CMOS) 16 x x No 0.085–0.3 10–20 ? Yes
Cranex 3DX 57–90 4–16 0.5 FPD (CMOS) 16 x x x Yes 0.085–0.4 10–40 ? Yes
Cranex 3DX (Ceph) 57–90 4–16 0.5 FPD (CMOS) 16 x x x Yes 0.085–0.4 10–40 ? Yes
LargeV (China) HiRes 3D Dental 60–100 2–10 0.5 FPD (CMOS) ? x x x Yes 0.075–0.25 15–21 >30 Yes
HiRes 3D MAX 60–100 2–10 0.5 FPD (A-Si) ? x x Yes 0.075–0.3 15 >40 Yes
Smart Dental 60–100 2–10 0.4 FPD (CMOS) ? x x x No 0.05–0.25 13 20–40 ?
Smart Dental (Ceph) 60–100 2–10 0.4 FPD (CMOS) ? x x x No 0.05–0.25 13 20–40 ?
MyRay (Italy) SkyView 90 10 (max) 0.5–0.6 II 12 x x No 0.17–0.33 10–30 30–70 Yes
Hyperion X5 3D/2D 90 4–15 0.6 FPD (A-Si) 16 x x No 0.08–0.16 6.4–16.8 >15 Yes
Hyperion X5 3D/2D CEPH 90 4–15 0.6 FPD (A-Si) 16 x x No 0.08–0.16 6.4–16.8 >15 Yes
Hyperion X9 Full FOV 60–90 1–10 0.5 FPD (A-Si) 16 x x No 0.075-? 18 >15 Yes
Hyperion X9 Full FOV CEPH 60–90 1–10 0.5 FPD (A-Si) 16 x x No 0.075-? 18 >15 Yes
Hyperion X9 Extended FOV 60–90 1–10 0.5 FPD (A-Si) 16 x x x Yes 0.075-? 18 >15 Yes
Hyperion X9 Extended FOV CEPH 60–90 1–10 0.5 FPD (A-Si) 16 x x x Yes 0.075-? 18 >15 Yes
Hyperion X9 Pro 10 × 8 version 90 2–16 0.5 FPD (A-Si) 16 x x No 0.075-? 18 >15 Yes
Hyperion X9 Pro CEPH 10 × 8 version 90 2–16 0.5 FPD (A-Si) 16 x x No 0.075-? 18 >15 Yes
Hyperion X9 Pro 13 × 16 version 90 2–16 0.5 FPD (A-Si) 16 x x x No 0.075-? 18 >15 Yes
Hyperion X9 Pro CEPH 13 × 16 version 90 2–16 0.5 FPD (A-Si) 16 x x x No 0.075-? 18 >15 Yes
Meyer (China) SS-91010D Pro-3D 50–90 2–10 0.5 FPD (CMOS) ? ? ? ? ? ? 11.7–20 ? ?
SS-91010D Pro-3De 50–90 2–10 0.5 FPD (CMOS) ? ? ? ? ? ? 11.7–20 ? ?
X12008D Pro-3D 60–120 2–8 ? ? ? x ? 0.24 20 60 ?
PiXAMED (Thailand) DentiiScan 2.0 90 6–9 0.5 FPD (A-Si) 16 x x No 0.2–0.4 18 8–18 Yes
Owandy (France) I-MAX 3D 60–86 2–12.5 0.5 FPD (CMOS) ? x x x No 0.087–0.175 10.8–11.2 ? ?
I-MAX 3D Touch 60–86 6–10 0.5 FPD (A-Si) ? x x No 0.092 20 >90 Yes
I-MAX 3D Touch CEPH 60–86 6–10 0.5 FPD (A-Si) ? x x No 0.092 20 >90 Yes
Osstem (Republic of Korea) Osstem Implant CBCT T1 60–100 5–16 0.5 FPD ? x x No 0.2 14–22 40 ?
Planmeca (Finland) Promax 3D Classic 54–90 1–14 0.5 FPD (CMOS) 12 x x x Yes 0.075–0.4 9–37 2–25 Yes
Promax 3D Classic (Ceph) 54–90 1–14 0.5 FPD (CMOS) 12 x x x Yes 0.075–0.4 9–37 2–25 Yes
Promax 3D S 54–90 1–14 0.5 FPD (CMOS) 15 x x Yes 0.075–0.4 7.5–27 2–25 Yes
Promax 3D S (Ceph) 54–90 1–14 0.5 FPD (CMOS) 15 x x Yes 0.075–0.4 7.5–27 2–25 Yes
Promax 3D Plus 60–120 1–14 0.5 FPD (CMOS) 15 x x No 0.075–0.6 9–33 2–30 Yes
Promax 3D Plus (Ceph) 60–120 1–14 0.5 FPD (CMOS) 15 x x No 0.075–0.6 9–33 2–30 Yes
Promax 3D Plus ENT 60–120 1–14 0.5 FPD (CMOS) 15 x x x No 0.075–0.6 9–33 2–30 Yes
Promax 3D Plus ENT (Ceph) 60–120 1–14 0.5 FPD (CMOS) 15 x x x No 0.075–0.6 9–33 2–30 Yes
Promax 3D Mid 54–90 1–14 0.5 FPD (CMOS) 15 x x x Yes 0.075–0.6 9–33 2–55 Yes
Promax 3D Mid (Ceph) 54–90 1–14 0.5 FPD (CMOS) 15 x x x Yes 0.075–0.6 9–33 2–55 Yes
Promax 3D Mid ENT 54–90 1–14 0.5 FPD (CMOS) 15 x x x Yes 0.075–0.6 9–33 2–55 Yes
Promax 3D Mid ENT (Ceph) 54–90 1–14 0.5 FPD (CMOS) 15 x x x Yes 0.075–0.6 9–33 2–55 Yes
Promax 3D Max 54–96 1–12.5 0.5–0.6 FPD (CMOS) 15 x x x Yes 0.075–0.4 9–55 2–55 Yes
Promax 3D Max ENT 54–96 1–12.5 0.5–0.6 FPD (CMOS) 15 x x x Yes 0.075–0.6 9–55 2–55 Yes
Viso 80–120 1–16 0.5 FPD ? x x x No 0.075–0.6 1–36 2–55 Yes
Viso (Ceph) 80–120 1–16 0.5 FPD ? x x x No 0.075–0.6 1–36 2–55 Yes
Viso (Vertical stitching) 80–120 1–16 0.5 FPD ? x x x Yes 0.075–0.6 1–36 2–55 Yes
Viso (Vertical stitching) (Ceph) 80–120 1–16 0.5 FPD ? x x x Yes 0.075–0.6 1–36 2–55 Yes
Pointnix (Republic of Korea) Point I3D 50–90 4–16 0.5 FPD (A-Si) 14 x x No 0.23–0.47 19 19–24 ?
Point 3D Combi 500 50–90 4–10 0.5 FPD (A-Si) 14 x x No 0.18–0.43 19 10–40 Yes
Point 3D Combi 500c 50–90 4–10 0.5 FPD (A-Si) 14 x x No 0.18–0.43 19 10–40 Yes
Point 3D Combi 500 s 50–90 4–10 0.5 FPD (CMOS - CsI) 14 x x No 0.18–0.43 19 10–40 Yes
Point 800 HD Plus 50–90 4–10 0.5 FPD (A-Si) 14 x x No 0.18–0.43 19 10–40 ?
Point 800c HD Plus 50–90 4–10 0.5 FPD (A-Si) 14 x x No 0.18–0.43 19 10–40 ?
Point 800 s HD Plus 50–90 4–10 0.5 ? 14 x x No 0.18–0.43 19 10–40 ?
PreXion (Japan) PreXion 3D 90 4 0.15 FPD (CsI) 16 x No 0.1–0.15 19–37 >60 No
PreXion 3D Elite 90 4 0.2 FPD (CsI) 14 x x No 0.1–0.16 8.6–33.5 30 No
PreXion 3D Elite Element 90 4 0.2 FPD (CsI) 14 x No 0.1–0.16 8.6–33.5 30 No
PreXion 3D Eclipse 90 4 0.2 FPD (CsI) 14 x No 0.15 8.7–17.4 >30 No
PreXion 3D Eclipse (Ceph) 90 4 0.2 FPD (CsI) 14 x No 0.15 8.7–17.4 >30 No
PreXion 3D Excelsior Ex 60–110 1–6 0.3 FPD (CsI) 16 x x No 0.08–0.2 5.2–23 ? No
PreXion 3D Excelsior Ex (Ceph) 60–110 1–6 0.3 FPD (CsI) 16 x x No 0.08–0.2 5.2–23 ? No
PreXion 3D Excelsior Plus 60–110 1–6 0.3 FPD (CsI) 16 x x No 0.08–0.2 5.2–23 ? No
PreXion 3D Excelsior Plus (Ceph) 60–110 1–6 0.3 FPD (CsI) 16 x x No 0.08–0.2 5.2–23 ? No
PreXion 3D Excelsior Pro 60–110 1–6 0.3 FPD (CsI) 16 x x x No 0.08–0.2 5.2–23 ? No
PreXion 3D Excelsior Pro (Ceph) 60–110 1–6 0.3 FPD (CsI) 16 x x x No 0.08–0.2 5.2–23 ? No
PreXion 3D Explorer 90–110 1–5 0.3 FPD (A-Si TFT) 16 x x x No 0.074–0.3 10–20 60 Yes
Quantitative Radiology / Cefla Dental Group (Italy) Giano HR Prime 90 2–16 0.5 FPD (A-Si) 16 x x No 0.075–0.3 3.6–26.4 >15 Yes
Giano HR Prime (Ceph) 90 2–16 0.5 FPD (A-Si) 16 x x No 0.075–0.3 3.6–26.4 >15 Yes
Giano HR Advanced 90 2–16 0.5 FPD (A-Si) 16 x x x No 0.068–0.3 6.4–33.6 >60 Yes
Giano HR Advanced (Ceph) 90 2–16 0.5 FPD (A-Si) 16 x x x No 0.068–0.3 6.4–33.6 >60 Yes
Giano HR Professional 90 2–16 0.5 FPD (A-Si) 16 x x x No 0.068–0.3 6.4–33.6 >60 Yes
Giano HR Professional (Ceph) 90 2–16 0.5 FPD (A-Si) 16 x x x No 0.068–0.3 6.4–33.6 >60 Yes
Giano/NewTom VG3 60–90 1–10 0.5 FPD (A-Si) 16 x x No 0.075-? 18 >15 Yes
Giano/NewTom VG3 (Ceph) 60–90 1–10 0.5 FPD (A-Si) 16 x x No 0.075-? 18 >15 Yes
Go 2D/3D Imaging 90 4–15 0.6 FPD (A-Si) 16 x x No 0.08-? 6.4–16.8 >15 Yes
NewTom 9000 Maxiscan 110 1–15 1.2 × 0.8 ? ? x No 0.3–1.2 70 ? Yes
NewTom VG 110 1–20 0.3 FPD (A-Si) 14 x No 0.3 24 180 Yes
NewTom VG Flex 110 1–20 0.3 FPD (A-Si) 14 No 0.3 24 180 Yes
NewTom VGi 110 1–20 0.3 FPD (A-Si) 16 x x x No 0.075–0.3 18–26 60 Yes
NewTom VGi Flex 110 1–20 0.3 FPD (A-Si) 14 x x x No 0.075–0.3 18–26 60 Yes
NewTom VGi evo 75–110 1–32 0.3 FPD (A-Si) 16 x x x No 0.1–0.3 15–25 60 Yes
NewTom 3G 110 15 0.5 II (CCD) 12 x x No 0.3 36 300 Yes
NewTom 5G 110 1–20 0.3 FPD (A-Si) 16 x x x No 0.075–0.3 18–36 300 Yes
NewTom 5G XL 110 1–20 0.3 FPD (A-Si) 16 x x x No 0.075–0.3 18–36 300 Yes
Ritter Imaging (Germany) Orion ? ? ? ? ? ? ? ? ? 0.1–0.167 ? ? ?
Ray Medical (Republic of Korea) RAYSCAN Symphony BC 60–90 4–10 0.5 FPD 16 x No 0.14 20–40 ? ?
RAYSCAN Symphony V 60–90 4–10 0.5 FPD 16 x No 0.19–0.38 20–40 ? ?
RAYSCAN α−3D 60–90 4–17 0.5 TFT ? x No 0.16–0.3 4.9–14 ? Yes
RAYSCAN α−3D (SC, OCS, OCL) 60–90 4–17 0.5 TFT ? x No 0.16–0.3 4.9–14 ? Yes
RAYSCAN α + 130 60–90 4–17 0.5 TFT ? x x x No 0.07–0.3 4.9–14 ? Yes
RAYSCAN α + 130 (SC, OCS, OCL) 60–90 4–17 0.5 TFT ? x x x No 0.07–0.3 4.9–14 ? Yes
RAYSCAN α + 160 60–90 4–17 0.5 TFT ? x x x No 0.07–0.3 4.9–14 ? Yes
RAYSCAN α + 160 (SC, OCS, OCL) 60–90 4–17 0.5 TFT ? x x x No 0.07–0.3 4.9–14 ? Yes
RAYSCAN m+ 60–90 4–17 0.5 FPD (CMOS) ? x x x No 0.18–0.4 ? ? Yes
RAYSCAN m + SC 60–90 4–17 0.5 FPD (CMOS) ? x x x No 0.18–0.4 ? ? Yes
RAYSCAN m + DR (with chest X-ray) 60–90 4–17 0.5 FPD (CMOS) ? x x x No 0.18–0.4 ? ? Yes
Ray Medical (Republic of Korea) / Apteryx (USA) RAYSCAN α-Edge 60–90 4–17 0.5 FPD (CMOS) 16 x No 0.14–0.29 14 ? Yes
RAYSCAN α-SM Edge 60–90 4–17 0.5 FPD (CMOS) 16 x No 0.14–0.29 14 ? Yes
Streamhealth Dental (USA) Trophypan Smart 3D 60–90 2–15 0.7 FPD (CMOS) 14 x x No 0.075–0.4 7–15 ? ?
Suni Medical Imaging (USA) Suni3D 40–99 2–10 0.5 ? ? x No 0.08–0.2 15–24 >60 Yes
Suni3D (Ceph) 40–99 2–10 0.5 ? ? x No 0.08–0.2 15–24 >60 Yes
Suni Q3D 60–90 4–12 0.5 FPD (CMOS) ? x x x Yes 0.075–0.4 7.7–14.5 ? ?
Suni Q3D (Ceph) 60–90 4–12 0.5 FPD (CMOS) ? x x x Yes 0.075–0.4 7.7–14.5 ? ?
Trident (Italy) X-View Cone Beam 61–85 4–10 0.5 FPD (CMOS) 14 x No 0.16 15 >10 Yes
X-View Cone Beam (Ceph) 61–85 4–10 0.5 FPD (CMOS) 14 x No 0.16 15 >10 Yes
Vatech (Republic of Korea) PaX i3D 50–90 4–10 0.5 FPD (CMOS) 14 x x No 0.12–0.3 15–24 ? ?
PaX i3D (SC or OP) 50–90 4–10 0.5 FPD (CMOS) 14 x x No 0.12–0.3 15–24 ? ?
PaX i3D Smart / i3D Smart 8 × 8 60–99 4–16 0.5 ? 14 x No 0.2–0.3 13.5 95 ?
PaX i3D Smart (Ceph)/ i3D Smart 8 × 8 SC 60–99 4–16 0.5 ? 14 x No 0.2–0.3 13.5 95 ?
PaX i3D Smart 2/Green Smart / Smart Plus / i3D Smart 60–99 4–16 0.5 ? 14 x x x No 0.08–0.3 18 ? ?
PaX i3D Smart 2 (Ceph) / Green Smart SC / Smart Plus RC / i3D Smart RC 60–99 4–16 0.5 ? 14 x x x No 0.08–0.3 18 ? ?
PaX i3D Green / Green CT 50–100 4–16 0.5 ? 14 x x x No 0.08–0.3 9–15 ? ?
PaX i3D Green SC or OP / Green CT SC or OP 50–100 4–16 0.5 ? 14 x x x No 0.08–0.3 9–15 ? ?
PaX i3D 2/Green CT 2/Green 16 60–99 4–16 0.5 FPD (CMOS) 14 x x x No 0.08–0.3 4.9–9 ? ?
PaX i3D 2 (Ceph) / Green CT 2 (Ceph) / Green 16 (Ceph) 60–99 4–16 0.5 FPD (CMOS) 14 x x x No 0.08–0.3 4.9–9 ? ?
Green 18 60–99 4–16 0.5 FPD (CMOS) 14 x x x No 0.08–0.3 4.9–9 ? ?
Green 18 (Ceph) 60–99 4–16 0.5 FPD (CMOS) 14 x x x No 0.08–0.3 4.9–9 ? ?
Green 21/i3D Premium (AutoCeph) 60–120 4–10 0.5 FPD (CMOS) 14 x x No 0.2–0.4 18 ? ?
PaX Flex 3D P 50–90 2–10 0.5 FPD (CMOS) 14 x x x No 0.12–0.3 15–24 >90 Yes
PaX Flex 3D PC 50–90 2–10 0.5 FPD (CMOS) 14 x x x No 0.12–0.3 15–24 >90 Yes
PaX Uni 3D P 50–90 4–10 0.5 FPD (CMOS) ? x x x No 0.12–0.3 15–24 >90 Yes
PaX Uni 3D PC 50–90 4–10 0.5 FPD (CMOS) ? x x x No 0.12–0.3 15–24 >90 Yes
PaX Duo 3D 50–90 2–10 0.5 FPD (CMOS) ? x x x No 0.12–0.3 15–24 >90 Yes
PaX Zenith 3D 50–120 4–10 0.5 FPD (CMOS) 14 x x x No 0.08–0.3 15–24 >220 Yes
PaX Reve 3D 50–90 2–10 0.5 FPD (CMOS) 14 x x x No 0.08–0.25 15–24 >120 ?
PaX Reve 3D OS 50–90 2–10 0.5 FPD (CMOS) 14 x x x No 0.08–0.25 15–24 >120 ?
Picasso Trio 50–90 2–10 0.5 FPD (CMOS) 12 x x x No 0.2 15–24 29 ?
Picasso Trio (Ceph) 50–90 2–10 0.5 FPD (CMOS) 12 x x x No 0.2 15–24 29 ?
Picasso Duo 3D 60–90 2–10 0.5 FPD 16 x No ? 18–24 20 ?
Picasso Master 3D 40–90 2–10 0.5 FPD 14 x No 0.16–0.2 24 29 ?
Picasso Pro 3D 40–90 2–10 0.5 ? ? x No 0.2–0.3 15 15 ?
PaX 500 ECT 40–90 2–10 0.5 FPD 14 x No 0.2 8 90 ?
PaX 500 ECT (Ceph) 40–90 2–10 0.5 FPD 14 x No 0.2 8 90 ?
Villa Sistemi Medicalli (Italy) Rotograph Evo 3D 60–86 6–10 0.5 FPD (A-Si) 14 x x No 0.16 18–20 18–40 ?
Rotograph Evo 3D (Ceph) 60–86 6–10 0.5 FPD (A-Si) 14 x x No 0.16 18–20 18–40 ?
Rotograph Prime 3D 60–86 2–12.5 0.5 FPD (CMOS) 16 x x No 0.087–0.17 6.2–9 ? ?
UEG Medical (China) Spectral 80–110 4–8 0.5 FPD (A-Si) 16 x No 0.075–0.3 ? >5 Yes
Xoran Technologies (USA) Minicat 120–125 7 0.3 ? 8 ? ? x ? 0.2–0.44 10–30 ? ?
Minicat IQ (ENT) 120 7 ? ? ? ? ? ? ? ? 10–30 ? ?
Minicat 2020 120 5.8 ? ? ? x No ? ? ? ?
XCat (Portable) 120 6 0.15 FPD (CsI) 8 x No 0.4 20 30–120 ?
Yoshida (Japan) Finecube 90 4 0.15 FPD (CsI) 14 x x No 0.1–0.16 8.6–34 >60 No
X-era Smart F+ 60–82 2–10 ? FPD (CMOS) 16 x No 0.08–0.1 11.5–23 ? ?
X-era Smart F+ (Ceph) 60–82 2–10 ? FPD (CMOS) 16 x No 0.08–0.1 11.5–23 ? ?
Yoshida (Japan) / ImageWorks (USA) X-era NF / Panoura X-era NF 70–90 2–4 0.2 FPD (CMOS) 16 x x Yes 0.09–0.15 12–20 ? ?
X-era NF (Ceph) / Panoura X-era NF (Ceph) 70–90 2–4 0.2 FPD (CMOS) 16 x x Yes 0.09–0.15 12–20 ? ?
X-era MF / Panoura X-era MF 70–90 2–4 0.2 FPD (CMOS) 16 x x Yes 0.09–0.23 12–20 ? ?
X-era MF (Ceph) / X-era MF (Ceph) 70–90 2–4 0.2 FPD (CMOS) 16 x x Yes 0.09–0.23 12–20 ? ?

CBCT, cone beam CT; 2D, two-dimensional; 3D, three-dimensional; FOV, field of view; kV: kilovoltage; mA: miliamperes (tube current).‘CBCT mode’, the lower end of the reported kV range may only apply to panoramic and cephalometric modes.

a

Further information regarding detector components (e.g. scintillator) is shown in accordance with the terminology used by the manufacturer.

b

The FOV was divided according to the irradiated surface considering FOV height multiplied by its diameter. A small FOV was considered when the surface was ≤40 cm2; a medium FOV was considered if the surface was >40 cm2 and ≤100 cm2; and a large FOV if it was >100 cm2.

c

Scan time according to the values reported by the manufacture, although some of these values may actually refer to exposure time but no clear distinction could be made.