skyview 3d panoramic images, at your...
TRANSCRIPT
SkyView 3D panoramic images, at your fingertips.
Cone-Beam Computed Tomography (CBCT)
FRONT VIEWTAC SKYVIEW
TAC
SK
YV
IEW
_1-2
0 FR
ON
T V
IEW
(R
EV.
1 0
1/12
/200
8)
1525
1450
1685
1728
Dimensioni in millimetri (pollici)Dimensions in millimeters (inches)
(60.1)
(57.1)
(66.
3)
(68.
1)
680
- 930
1970 - 2120 (77.6 - 83.5)
1626 (64.0)
960
(37.
8)
250
SIDE VIEWTAC SKYVIEW
2360 - 2510 (92.9 - 98.8)
TAC
SK
YV
IEW
_1-2
0 S
IDE
VIE
W (
RE
V.1
01/
12/2
008)
1180
(46
.5)
Dimensioni in millimetri (pollici)Dimensions in millimeters (inches)
(9.8)
(26.
8 - 3
6.6)
UP VIEWTAC SKYVIEW
TAC
SK
YV
IEW
_1-2
0 U
P V
IEW
(R
EV.
1 0
1/12
/200
8)
660
630
(24.
1)
630
(24.
8)
720
(28.
3)
2400 - 2550
760
(29.
9)
1480
(58
.3)
780
(30.
7)
Dimensioni in millimetri (pollici)Dimensions in millimeters (inches)
(25.9)
(94.5 - 104.1)
SkyView Into the third dimension
Image-based diagnostics: the evolution of excellence
Fifty years have passed since the first
clinical utilisation of pantomography in
the dentistry field. Effective, fast and
economic, this technique provides
an overall view of the dental arches
and adjacent anatomical structures.
In recent years it has evolved to
incorporate digital technology and,
for most dentists, has become not
just a technique but one of the
dental surgery’s most common X-ray
equipment items, the “panoramic
dental system”.
The two-dimensional approach to
panoramic images generates data
requiring interpretation. In many
cases this does not give the required
level of precision: patient positioning
errors can make measurements
on the resulting image unreliable.
There may be non-uniform resolution
dependent on proximity to the
theoretical line along which the focal
layer runs. Above all, the technique
is limited by the overlapping of
anatomical structures belonging to
different planes – in short, it is two-
dimensional.
It is necessary to interpret the
panoramic image to determine, for
example, whether an object is labial
or lingual, as there is no perception of
the missing dimension, depth.
SkyView takes you into the third dimension
Today, a new X-ray image diagnostic
revolution is under way, and it is already
changing dental treatment standards.
MyRay guides you towards the
discovery of this new horizon: the 3-D
X-ray imagery of SkyView.
You are about to be released from
the limitations of two dimensions
to discover true-to-life views of the
maxillofacial area.
Relax, and enjoy the experience.
NEW COMFORTIN DIGITAL IMAGING
MyRay is a line of technologically advanced
imaging systems designed specifically for
dentistry. Whereas new technologies generally
offer increasingly higher performance, MyRay
aims at taking technology a step further, by
creating unique features for each device, to bring
digital imaging comfortably within every dental
professional’s reach. MyRay’s main focus is to
simplify workflow within the operatory, because
better workflow means you can focus on what
matters the most: patient care.
MyRay whole new imaging experience also
includes:
X-POD, handheld digital system for mobile
intraoral radiography;
HYPERION, panoramic imager with Morphology
Recognition Technology;
RXDC HyperSphere, touch-activated X-ray unit
with Wireless Control.
Discover more about digital intraoral cameras,
wireless X-ray sensors, high-frequency X-ray
units at www.my-ray.com.
TECHNICAL DATAPatient position Supine
Positioning3 laser guides - Table-side console (right/left) with joystickVirtual console on workstation – Automatic tracking system
Table movement Servo-assisted by 3 motors (x-y-z)
X-ray beam Conical, variable-field (H.R. Zoom)
X-ray source 90 kVp, 10 mA (max), pulsed emission
Total filtration 11.4 mm Al equivalent
Focal spot 0.5 – 0.6 mm (IEC standard)
Image detector High Resolution Image Intensifier - digital CCD sensor 1000x1000 - pixel 7.4µm
Grey levels 4096 (12 bit)
Spherical reconstruction volume (FOV) Ø15 cm (9’’ detector) - Ø11 cm (6‘’ detector) - Ø7 cm (H.R. Zoom 4’’)
Scan mode Short scan: 190° - Full scan: 360°
Rotation rate 2 rpm (12°/s) – 3 rpm (18°/s)
Scan time 10, 15, 20, 30 seconds (standard mode 15 s)
Estimated effective dose 37µSv standard – from 24 µSv to 71 µSv (ICRP 2007) according to exam and field of view
Standard irradiation time 6.88 seconds
Isotropic voxel dimensions 0.33 mm (FOV Ø15cm) - 0.23 mm (FOV Ø11cm) - 0.17 mm (FOV Ø 7cm)
Thickness of axial tomography sections starting from 0.05 mm
Post-processing and preview time 2 min (only once at end of X-ray acquisition)
Reconstruction time 1.5 - 3 min
Overall SkyView dimensionsWidth: 1450 mm (6’’ detector) – 1535 mm (9’’ detector)Length: 2510 mm Height: 1680 mm (6’’ detector) – 1720 mm (9’’ detector)
Weight 360 kg
Power supply USA and Canada 115V AC 50/60International 230V AC 50/60
Class Electro-medical equipment - Class IIb (CCE 93/42, annex IX)
Certification CE 0051, cCSAus, FDA approved
dimensions in millimetres (dimensions in inches)
CBCT - Cone-Beam Computed Tomography
Fast, safe imaging
SkyView adopts a new and
increasingly successful X-ray
technique, known as Cone Beam
Computed Tomography (CBCT),
ideal for obtaining three-dimensional
reconstructions of teeth and the entire
maxillofacial area.
If compared to more dated
tomography techniques such as
hospital CAT scans, CBCT has the
The diagram illustrates the basic principle
behind CBCT technology. A source-detector
system rotates around the patient’s head; this
system consists of a cone-beam X-ray source
on one side and a state-of-the-art detector on
the other.
SkyView The evolution of diagnostics
SkyView with 9’’ detector
Especially suitable for X-ray and
image-based diagnosis centres, the
15 cm-diameter spherical field of view
allows the entire maxillofacial region to
be framed in a single scan.
SkyView with 6’’ detector
By limiting the field of view to a sphere
with a diameter of 11 cm, SkyView
can produce high-resolution images
of the entire adult dentition, with
minimal X-ray doses. The field of view
can, however, be shifted to frame
other areas of interest, such as the
temporomandibular joints.
4” HR Zoom
Where necessary a variable X-ray beam
collimation system (HR Zoom) allows
the field of view to be narrowed further,
to give higher-resolution focussing of
smaller anatomical regions, to a sphere
just 7 cm in diameter.
advantage of acquiring images with
just one partial rotation of the source-
detector system around the patient.
Consequently, less time is needed
to perform the examination and,
above all, the patient is exposed to a
considerably lower X-ray dose.
3D panoramic imager SkyView
Easy installation
The radiation source is a 90 kV X-ray
tube, a power level comparable to that
of a panoramic dental system.
This allows the equipment to be
installed easily in any dental surgery:
X-ray shielding requirements are,
in fact, comparable to those of
a panoramic system.
SkyView In your dental practice
Compact design
SkyView is a compact, professionally
designed device. Dimensions,
including the patient table, are 150
cm (width) x 240 cm (length) x 170 cm
(height).
Minimum dimensions for a room in
which SkyView is to be installed are
approximately 160 cm x 260 cm.
A more spacious room will
undoubtedly enhance the user’s
experience.
The room must allow easy access to
one of the two table sides;
the control panel can be installed
on either side of the patient
table.
1200
1000
800
600
400
200
0
37 µSv 20 µSv
LAN1 Gbit
LAN1 Gbit
High definition with low emissions
The technology is based on 3 main elements:
• A scintillator that converts radiation into a
visible image
• A beam concentrator that intensifies the image
by a factor of105;
• A high resolution CCD digital sensor consisting
of pixels with a size of 7,4 μm to detect the image.
Image intensifier
SkyView is a tomographic system
based on a state-of-the-art detector: a
variable-field image intensifier offering
maximum contrast and maximum
definition with low X-ray doses. The
high sensitivity of the image intensifier,
the scan speed and the pulsed X-ray
emission system ensure that X-ray
doses are very low indeed; in fact,
by restricting the field of view to the
Absolute diagnosticprecision
After acquisition, SkyView proceeds
with volumetric reconstruction. This
fully automatic operation generates a
faithful, virtual representation of the
examined area, free from distortion
and measurable with absolute
precision whatever its orientation.
The third dimension is now at your
fingertips, leaving you free to explore
a new world of diagnostic efficiency.
Putting the patient at ease
SkyView clearly demonstrates the
achievements of MyRay research, aimed
at providing the very best diagnostic
experience for dentist and patient alike.
So MyRay has chosen to go the supine
way, conceived for total patient relaxation.
For the patient, the entire SkyView X-ray
imaging experience is, starting with
positioning, a comfortable one. The
motor-driven patient table can be lowered
Speed and comfort
The total lack of cephalostats, straps
or bites means that the patient can be
made ready for the X-ray simply and
quickly. This prevents the downtimes
normally associated with seating the
patient and preparing them for the brief
scan that completes the examination.
No unpleasantness for the patient: all
they have to do is lie down and rest
their head on a soft cushion specially
designed to guarantee stability.
During the examination, the detector
rotates - in just a few seconds -
around the table, without the patient
experiencing the unpleasant feeling of
being enclosed in a machine.
SkyView The evolution of diagnostics Created for those who value a patient’s wellbeing Different by choiceSkyView The evolution of diagnostics
to facilitate access; the patient can lie
down and relax thanks to the comfortable
headrest; the field of view is unhindered
and the whole procedure is a pleasant
anxiety-free experience, simpler for
both patient and dentist, who maintains
reassuring eye contact with the patient
during positioning.
dentition only, doses are comparable
to those of the panoramic X-ray
systems commonly used in dental
practices. So diagnostic potential is
enhanced – but without increasing the
risk to the patient.
Medical CT Full mouth series
SkyView Highest Film Pan
Digital Panoramic
Daily Background
Reports
Creation of reports for print-out on
configurable forms. Clinics can set
up one or more personalised X-ray
report models for automatic creation
of pages that can be printed or sent in
electronic format.
Exporting
Compatible with DICOM 3.0. Able to
share data with specialist third party
software, such as surgical template
planning systems.
Connectivity
Data sharing Software SkyView
Flexible, able to
communicate through
the standard DICOM
protocol with the normal
hospital IT systems:
sending and receiving
data, consultation of
work lists and much
more.
CD/DVD/Hard Disk
SERVER archive
Export
Import
Client Licence ®
Standard print
DICOM Node ®
REPORT in printed form1:1 scale printing
possible
CBCT
DICOM with Viewer
REPORT with Viewer
3rd party Software
Server Licence ®
Import
Import
DICOM Licence ®
Client Licence ®
Export
DICOM print
(e-mail)
Standard print
Enhanced image quality
It has been demonstrated that patient
immobility is greatly enhanced when
patients are lying down and relaxed as
opposed to standing or seated. Image
quality is proportional to the immobility
Precision measurement
SkyView produces high definition images, completely free from
geometric deformation, perfectly measurable with micrometric
precision and reliable over time. Thanks to Isotropic Voxels,
measurements are reliable and on a 1:1 scale whatever the
reference plane of the measured sections.
Patient immobility is a fundamental prerequisite
for good extra-oral radiography, especially so
when 3-D images are acquired using the CBCT
technique.
Image quality The evolution of diagnostics SkyView
of the irradiated subject, since even
minimal movements can generate
confused or blurred images.
So supine is simple – and better.
Movement
0,3° / 0,9°
Movement
0,5° / 1,5°
Movement
0,7° / 1,8°
LOW DEFINITION MEDIUM DEFINITION HIGH DEFINITION
SEATED
PO
SIT
ION
SU
PIN
E P
OS
ITIO
NER
EC
T P
OS
ITIO
N
Preparation
SkyView has two simple, user-friendly,
instruments to identify the anatomical
region to be X-rayed: laser tracking or
software on an automatic console.
Tracking laser
As on the best panoramic systems, three
laser beams identify correct alignment
of the region of interest. The innovation
here lies in the fact that alignment is
adjusted by way of a joystick that moves
the motorised table. Positioning is
therefore precise and effortless and also
comforting as visual contact with the
patient is maintained.
Scout method
A software-guided procedure allows the
operator to align the region of interest
while remaining comfortably seated at the
PC workstation.
This method is extremely high-precision
and involves the acquisition of two
preview (Scout) X-ray images at extremely
low dosages; these previews are used
to identify the centre of volumetric
reconstruction.
By using the mouse cursor to adjust the
aiming device superimposed on the Scout
images, the motorised SkyView table will
automatically be repositioned to frame the
selected region.
These advanced positioning methods,
used alternatively or in combination,
ensure the X-ray will not have to be
repeated because of alignment errors.
SkyView is equipped with comprehensive
software for the acquisition and processing of
volumetric images.
The supplied software allows
the user to manage one or more
X-ray directories, organised into
medical record folders. Each X-ray
examination can generate several
studies in that, once the volumetric
data has been acquired, it can be
used in several investigations during
different stages of the treatment
plan – without any need for further
exposure.
At the end of the acquisition/volumetric
reconstruction procedure, the dentist
will have multiple views of the patient’s
anatomy: a curvilinear cross-section
that resembles the “panoramic” image,
a moveable 3-D model, a coronal
cross-section that allows exploration
of the upper/lower dental arches, and
ten transverse cross-sections that
are especially useful for the linear
and angular measurements so often
Guided procedures help the user highlight the mandibular canal and
define the best profile for a reconstruction panoramic, which will
be unaffected by the geometrical limitations typical of conventional
panoramic images: no cancellation, no spinal column shadow and,
above all, uniform resolution.
SkyView Positioning and acquisition Processing Software SkyView
used with implants. These views are
interconnected and colour-coded
to aid exploration of the anatomical
structures.
All cross-sections and two-
dimensional reconstructions can
be defined according to modifiable
profiles and the user can select their
thickness.
Outstanding data con-trol allows for better treatment planning Data on tap
Case studiesSkyView Software
Dental problems from a new viewpoint
Accurate 3-D representation of
impacted molars, supernumerary
teeth and unerupted teeth allows
precise illustration of relationships
with adjoining anatomic structures.
Morphological studies and analysis of temporomandibular joints
Clear 3-D imaging 3-D planar
cross-sections of the condyloid
process, the articular space and
adjoining structures to analyse
and prepare reports on any kind of
temporomandibular dysfunction.
Implant placement planning
A dedicated protocol for surgical
template acquisition and DICOM
3 tomography data exportation
ensures compatibility with all third
party software, which allows implant
placement planning.
Supernumerary teeth
Unerupted teeth
Impacted molars
Latero-lateral analysis
Analysis with 3-D rendering
1200
1000
800
600
400
200
0
37 µSv 20 µSv
LAN1 Gbit
LAN1 Gbit
High definition with low emissions
The technology is based on 3 main elements:
• A scintillator that converts radiation into a
visible image
• A beam concentrator that intensifies the image
by a factor of105;
• A high resolution CCD digital sensor consisting
of pixels with a size of 7,4 μm to detect the image.
Image intensifier
SkyView is a tomographic system
based on a state-of-the-art detector: a
variable-field image intensifier offering
maximum contrast and maximum
definition with low X-ray doses. The
high sensitivity of the image intensifier,
the scan speed and the pulsed X-ray
emission system ensure that X-ray
doses are very low indeed; in fact,
by restricting the field of view to the
Absolute diagnosticprecision
After acquisition, SkyView proceeds
with volumetric reconstruction. This
fully automatic operation generates a
faithful, virtual representation of the
examined area, free from distortion
and measurable with absolute
precision whatever its orientation.
The third dimension is now at your
fingertips, leaving you free to explore
a new world of diagnostic efficiency.
Putting the patient at ease
SkyView clearly demonstrates the
achievements of MyRay research, aimed
at providing the very best diagnostic
experience for dentist and patient alike.
So MyRay has chosen to go the supine
way, conceived for total patient relaxation.
For the patient, the entire SkyView X-ray
imaging experience is, starting with
positioning, a comfortable one. The
motor-driven patient table can be lowered
Speed and comfort
The total lack of cephalostats, straps
or bites means that the patient can be
made ready for the X-ray simply and
quickly. This prevents the downtimes
normally associated with seating the
patient and preparing them for the brief
scan that completes the examination.
No unpleasantness for the patient: all
they have to do is lie down and rest
their head on a soft cushion specially
designed to guarantee stability.
During the examination, the detector
rotates - in just a few seconds -
around the table, without the patient
experiencing the unpleasant feeling of
being enclosed in a machine.
SkyView The evolution of diagnostics Created for those who value a patient’s wellbeing Different by choiceSkyView The evolution of diagnostics
to facilitate access; the patient can lie
down and relax thanks to the comfortable
headrest; the field of view is unhindered
and the whole procedure is a pleasant
anxiety-free experience, simpler for
both patient and dentist, who maintains
reassuring eye contact with the patient
during positioning.
dentition only, doses are comparable
to those of the panoramic X-ray
systems commonly used in dental
practices. So diagnostic potential is
enhanced – but without increasing the
risk to the patient.
Medical CT Full mouth series
SkyView Highest Film Pan
Digital Panoramic
Daily Background
Reports
Creation of reports for print-out on
configurable forms. Clinics can set
up one or more personalised X-ray
report models for automatic creation
of pages that can be printed or sent in
electronic format.
Exporting
Compatible with DICOM 3.0. Able to
share data with specialist third party
software, such as surgical template
planning systems.
Connectivity
Data sharing Software SkyView
Flexible, able to
communicate through
the standard DICOM
protocol with the normal
hospital IT systems:
sending and receiving
data, consultation of
work lists and much
more.
CD/DVD/Hard Disk
SERVER archive
Export
Import
Client Licence ®
Standard print
DICOM Node ®
REPORT in printed form1:1 scale printing
possible
CBCT
DICOM with Viewer
REPORT with Viewer
3rd party Software
Server Licence ®
Import
Import
DICOM Licence ®
Client Licence ®
Export
DICOM print
(e-mail)
Standard print
CBCT - Cone-Beam Computed Tomography
Fast, safe imaging
SkyView adopts a new and
increasingly successful X-ray
technique, known as Cone Beam
Computed Tomography (CBCT),
ideal for obtaining three-dimensional
reconstructions of teeth and the entire
maxillofacial area.
If compared to more dated
tomography techniques such as
hospital CAT scans, CBCT has the
The diagram illustrates the basic principle
behind CBCT technology. A source-detector
system rotates around the patient’s head; this
system consists of a cone-beam X-ray source
on one side and a state-of-the-art detector on
the other.
SkyView The evolution of diagnostics
SkyView with 9’’ detector
Especially suitable for X-ray and
image-based diagnosis centres, the
15 cm-diameter spherical field of view
allows the entire maxillofacial region to
be framed in a single scan.
SkyView with 6’’ detector
By limiting the field of view to a sphere
with a diameter of 11 cm, SkyView
can produce high-resolution images
of the entire adult dentition, with
minimal X-ray doses. The field of view
can, however, be shifted to frame
other areas of interest, such as the
temporomandibular joints.
4” HR Zoom
Where necessary a variable X-ray beam
collimation system (HR Zoom) allows
the field of view to be narrowed further,
to give higher-resolution focussing of
smaller anatomical regions, to a sphere
just 7 cm in diameter.
advantage of acquiring images with
just one partial rotation of the source-
detector system around the patient.
Consequently, less time is needed
to perform the examination and,
above all, the patient is exposed to a
considerably lower X-ray dose.
3D panoramic imager SkyView
Easy installation
The radiation source is a 90 kV X-ray
tube, a power level comparable to that
of a panoramic dental system.
This allows the equipment to be
installed easily in any dental surgery:
X-ray shielding requirements are,
in fact, comparable to those of
a panoramic system.
SkyView In your dental practice
Compact design
SkyView is a compact, professionally
designed device. Dimensions,
including the patient table, are 150
cm (width) x 240 cm (length) x 170 cm
(height).
Minimum dimensions for a room in
which SkyView is to be installed are
approximately 160 cm x 260 cm.
A more spacious room will
undoubtedly enhance the user’s
experience.
The room must allow easy access to
one of the two table sides;
the control panel can be installed
on either side of the patient
table.
FRONT VIEWTAC SKYVIEW
TAC
SK
YV
IEW
_1-2
0 FR
ON
T V
IEW
(R
EV.
1 0
1/12
/200
8)
1525
1450
1685
1728
Dimensioni in millimetri (pollici)Dimensions in millimeters (inches)
(60.1)
(57.1)
(66.
3)
(68.
1)
680
- 930
1970 - 2120 (77.6 - 83.5)
1626 (64.0)
960
(37.
8)
250
SIDE VIEWTAC SKYVIEW
2360 - 2510 (92.9 - 98.8)
TAC
SK
YV
IEW
_1-2
0 S
IDE
VIE
W (
RE
V.1
01/
12/2
008)
1180
(46
.5)
Dimensioni in millimetri (pollici)Dimensions in millimeters (inches)
(9.8)
(26.
8 - 3
6.6)
UP VIEWTAC SKYVIEW
TAC
SK
YV
IEW
_1-2
0 U
P V
IEW
(R
EV.
1 0
1/12
/200
8)
660
630
(24.
1)
630
(24.
8)
720
(28.
3)
2400 - 2550
760
(29.
9)
1480
(58
.3)
780
(30.
7)
Dimensioni in millimetri (pollici)Dimensions in millimeters (inches)
(25.9)
(94.5 - 104.1)
SkyView Into the third dimension
Image-based diagnostics: the evolution of excellence
Fifty years have passed since the first
clinical utilisation of pantomography in
the dentistry field. Effective, fast and
economic, this technique provides
an overall view of the dental arches
and adjacent anatomical structures.
In recent years it has evolved to
incorporate digital technology and,
for most dentists, has become not
just a technique but one of the
dental surgery’s most common X-ray
equipment items, the “panoramic
dental system”.
The two-dimensional approach to
panoramic images generates data
requiring interpretation. In many
cases this does not give the required
level of precision: patient positioning
errors can make measurements
on the resulting image unreliable.
There may be non-uniform resolution
dependent on proximity to the
theoretical line along which the focal
layer runs. Above all, the technique
is limited by the overlapping of
anatomical structures belonging to
different planes – in short, it is two-
dimensional.
It is necessary to interpret the
panoramic image to determine, for
example, whether an object is labial
or lingual, as there is no perception of
the missing dimension, depth.
SkyView takes you into the third dimension
Today, a new X-ray image diagnostic
revolution is under way, and it is already
changing dental treatment standards.
MyRay guides you towards the
discovery of this new horizon: the 3-D
X-ray imagery of SkyView.
You are about to be released from
the limitations of two dimensions
to discover true-to-life views of the
maxillofacial area.
Relax, and enjoy the experience.
NEW COMFORTIN DIGITAL IMAGING
MyRay is a line of technologically advanced
imaging systems designed specifically for
dentistry. Whereas new technologies generally
offer increasingly higher performance, MyRay
aims at taking technology a step further, by
creating unique features for each device, to bring
digital imaging comfortably within every dental
professional’s reach. MyRay’s main focus is to
simplify workflow within the operatory, because
better workflow means you can focus on what
matters the most: patient care.
MyRay whole new imaging experience also
includes:
X-POD, handheld digital system for mobile
intraoral radiography;
HYPERION, panoramic imager with Morphology
Recognition Technology;
RXDC HyperSphere, touch-activated X-ray unit
with Wireless Control.
Discover more about digital intraoral cameras,
wireless X-ray sensors, high-frequency X-ray
units at www.my-ray.com.
TECHNICAL DATAPatient position Supine
Positioning3 laser guides - Table-side console (right/left) with joystickVirtual console on workstation – Automatic tracking system
Table movement Servo-assisted by 3 motors (x-y-z)
X-ray beam Conical, variable-field (H.R. Zoom)
X-ray source 90 kVp, 10 mA (max), pulsed emission
Total filtration 11.4 mm Al equivalent
Focal spot 0.5 – 0.6 mm (IEC standard)
Image detector High Resolution Image Intensifier - digital CCD sensor 1000x1000 - pixel 7.4µm
Grey levels 4096 (12 bit)
Spherical reconstruction volume (FOV) Ø15 cm (9’’ detector) - Ø11 cm (6‘’ detector) - Ø7 cm (H.R. Zoom 4’’)
Scan mode Short scan: 190° - Full scan: 360°
Rotation rate 2 rpm (12°/s) – 3 rpm (18°/s)
Scan time 10, 15, 20, 30 seconds (standard mode 15 s)
Estimated effective dose 37µSv standard – from 24 µSv to 71 µSv (ICRP 2007) according to exam and field of view
Standard irradiation time 6.88 seconds
Isotropic voxel dimensions 0.33 mm (FOV Ø15cm) - 0.23 mm (FOV Ø11cm) - 0.17 mm (FOV Ø 7cm)
Thickness of axial tomography sections starting from 0.05 mm
Post-processing and preview time 2 min (only once at end of X-ray acquisition)
Reconstruction time 1.5 - 3 min
Overall SkyView dimensionsWidth: 1450 mm (6’’ detector) – 1535 mm (9’’ detector)Length: 2510 mm Height: 1680 mm (6’’ detector) – 1720 mm (9’’ detector)
Weight 360 kg
Power supply USA and Canada 115V AC 50/60International 230V AC 50/60
Class Electro-medical equipment - Class IIb (CCE 93/42, annex IX)
Certification CE 0051, cCSAus, FDA approved
dimensions in millimetres (dimensions in inches)
www.my-ray.com
Cefla Dental Group - Via Bicocca 14/c - 40026 Imola (BO) - ItalyCefla Dental Group - Via Bicocca 14/c - 40026 Imola (BO) - Italy Due
to
a p
olic
y of
con
stan
t te
chno
logi
cal u
pgr
adin
g, t
echn
ical
sp
ecifi
catio
ns m
ay b
e su
bje
ct t
o ch
ange
with
out
prio
r no
tice.
D
ate
prin
ted
: 05/
2010
M
SK
YG
B09
1S01