ADORA DRii - TECHNICAL SPECIFICATIONS
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Technical Specifications
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Contents
1.0
Adora RAD system .............................................................................. 3
1.1
Ceiling Tube & Detector Positioner ........................................................... 3
1.2
Patient table ......................................................................................... 4
1.3
X-ray Generator and Tube ...................................................................... 5
1.4
Collimator ............................................................................................. 5
1.5
DAP meter ............................................................................................ 5
1.6
Primary flat panel detector ...................................................................... 6
1.7
Detector Docking ................................................................................... 7
1.8
Anti-scatter Grids .................................................................................. 7
1.9
User-interface ....................................................................................... 8
1.10
Imaging control software ........................................................................ 8
2.0
Additional portable detectors ........................................................... 10
3.0
Options ............................................................................................. 11
3.1
Automatic Image Stitching .....................................................................11
3.2
inOrbit for iso-center Tracking ................................................................11
4.0
Accessories ....................................................................................... 12
4.1
Ceiling hoist system ..............................................................................12
4.2
Table side hand grips ............................................................................12
4.3
Paper roll holder ...................................................................................12
4.4
Grids for insertion in detector housing .....................................................12
4.5
Grids for click-on to portable detectors ....................................................13
4.6
Grid storage cage .................................................................................13
4.7
Mattresses ...........................................................................................13
4.8
Patient table support stand ....................................................................13
4.9
Patient Grip stand .................................................................................14
4.10
Foot switch ..........................................................................................14
4.11
Auto-positioning button .........................................................................14
4.12
Laser cross ..........................................................................................14
4.14
Foot step .............................................................................................15
4.15
Remote control .....................................................................................15
4.15
Foot switch ..........................................................................................15
4.16
Auto-position foot switch .......................................................................15
5.1
Installation data ...................................................................................16
5.2
Operating environment ..........................................................................17
5.3
Environment ........................................................................................17
6.0
Classification and standards ............................................................. 18
7.0 Revision History ..................................................................................... 18
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Technical Specifications
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1.0
Adora RAD system
1.1
Ceiling Tube & Detector Positioner
Image #1. Adora
tube and detector are
suspended in one
ceiling unit rotating
around its center
suspension axis. The
two telescopic arms
supporting the X-ray
tube and detector can
be positioned individually. This facilitates
e.g. horizontal projections from each
side of the table enabling both right
and left axial hip
imaging, without
repositioning the
patient.
Type
Fully automatic, motorized digital radiographic imaging
solution based upon anatomical programme selection.
Provides fast and accurate DR imaging from every examination angle through one-touch, stress-free operation.
Positioning
Up to 999 APRs and associated auto-positions including
all examination parameters can be programmed. Handson, power-assisted positioning can be activated at any
time, and any adjustment can be made to system defaults when needed. Advanced software monitors all
system components in order to avoid collisions.
• inMotion tech.
The inMotion technology enforces the notion of having a
highly flexible system with the capacity for high patient
throughput. It offers safe transitions to pre-programmed
positions through the auto-position linked directly to the
imaging systems anatomical programme selection.
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SmartHandle
Automatic operation with smooth, power-assisted
movements ensures precise and easy positioning of the
detector and tube, even for complex DR examinations.
The ergonomic SmartHandle controls up to 3 movements
in the X, Y and Z plane at the same time.
User interfaces
A large 12” floating touch screen on the tube displays
and controls the SmartHandle movements, and tilts to
keep text horizontal to the user at all times. Short and
simple menus and self-explanatory icons guide the user
through the DR process. Integrated access to generator
parameters; image preview.
SID Range
50-200 cm if CXDI-701C docking
50-197 cm if CXDI-401C docking
Automatically calculated when detector is docked
Manually using built-in measuring tape in portable mode
26-185 cm above floor level @ 300 cm ceiling height
26-169 cm above floor level @ 300 cm ceiling height
+/- 120o around vertical axis
+/- 120o around horisontal axis
+/- 93o around vertical axis
+/- 120o around horisontal axis
+ 90o in Z-axis
+/- 270o @ 4-22o/sec.
3-25 cm/sec. in rails
Focal spot travel
Detector center travel
Tube Rotation
Detector Rotation
Ceiling Unit Rotation
Ceiling Unit Longitudinal
1.2
Patient table
Image #2. The durable carbon fiber patient table with floating top and 340° rotation
around the base ensures easy patient access all around the table, and optimum conditions
for examinations in wheelchairs and patient beds.
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Height Adjustment
Longitudinal Movement
Transverse Movement
Center alignment
Max load
Table Top Size
Table Top Material
X-ray translucent area
Al equivalence
1.3
X-ray Generator and Tube
Type
Rating
kV range
kV accuracy
mA range
mA accuracy
mAs range
Exposure Time range
Anode Heat capacity
Focal spot sizes (IEC)
Stator
Target angle
1.4
Fully DR-integrated, high-frequency (100kHz)
65 kW (optional 80 kW)
40 to 150 Kv
5% + 1 kVp
10 - 800 mA (10 – 1000 mA for 80 kW option)
5% +1.0 mA for all mA values
0.5 - 1000 mAs
1 ms – 6.3 s (pls observe detector limitations)
350 kHU
0.6 - 1.0mm
High-speed
12°
Collimator
Type
Rotation
Spectral Filtration
Collimation
Light Field
1.5
51 – 86 cm
56 – 91 cm with 340° rotation option
+/- 10 cm manual floating
+/- 20 cm manual floating
Automatic/manual, motorized
250 kg evenly distributed load
2930 x 700 mm
Carbon fibre
2000 x 700 mm
< 1.25 mm
Fully automatic, motorised with manual override
+/- 180o motorised
1.0mm Al + 0.1mm Cu, motorised, pre-programmable
1.0mm Al + 0.2mm Cu, motorised, pre-programmable
2.0mm Al, motorised, pre-programmable
Motorized square collimation – pre-programmable or
controllable via SmartHandle
Timer-controlled after last system movement. Adora
system light dims when the collimator light is active
DAP meter
Type
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Fully integrated; recorded in DICOM file
1.6
Primary flat panel detector
Image #3. A strong and expanding range of high
quality flat panel detectors from Canon is the
cornerstone in Adora system configurations. The Canon
detectors and CDXI control software provide fast, high
quality, digital image capture on demand and cover an
extensive range of radiographic examinations.
Adora can be configured with one detector to be used for all examinations (see below
for list of primary detectors). In addition to the docked detector, Adora supports up to
two portable detectors. Thus, ergonomics and examination flexibility can be further
enhanced by adding e.g. a small wireless detector to the configuration (see page 9 for
optional detectors).
Model
Pixel pitch
Resolution
Scintillator
Weight
Dimensions
Imaging area size
Wireless network
Battery performance
Recharge time
Image available time
Cycle time
Interface
Composition
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Canon CXDI-701C Wireless (Portable)
125 microns
2800 x 3408 pixels (9.5 Megapixels)
High sensitivity Cesium Iodide (CsI)
3.3 kg incl. battery
38.4 x 46 x 1.5 cm
35 x 43 cm
IEEE 802.11 n (2.4 GHz & 5GHz)
Max mode: 1200 images (@ 9-second cycle, 1-second
sleep), 3 hours; Ave. mode: 140 images (@ 100second cycle, 1-second sleep), 4 hours; Save mode:
6.5 hours @ sleep mode
Less than 3 hours
Preview image: 3 seconds
High-resolution image: Approx. 5 seconds
9 seconds
DICOM 3.0, Ethernet 10/100/1000 Mbps
CXDI-701C Wireless detector incl. batteries + charger
Control PC w. advanced CXDI-NE software preinstalled
DICOM Storage, Print Management, Modality Worklist,
Performed Procedure Steps (MPPS)
DICOM 3.0 compliant. X-ray images are sent to servers
using Storage Service Class (SCU) and to printers using
Print Management Service Class (SCU).
C-echo and Storage Commitment – all as SCU.
Model
Pixel pitch
Resolution
Scintillator
Imaging area size
Image available time
Cycle time
Interface
Composition
Model
Pixel pitch
Resolution
Scintillator
Imaging area size
Image available time
Cycle time
Interface
Composition
1.7
Canon CXDI-401C Compact (Fixed)
125 microns
3320 x 3408 (11.3 Megapixels)
High sensitivity Cesium Iodide (CsI)
42 x 43 cm
Preview image: Approx.3 seconds
High-resolution image: Approx. 5 seconds
Approx. 9 seconds
DICOM 3.0, Ethernet 10/100/ Mbps
Control PC w. advanced CXDI-NE software preinstalled
DICOM Storage, Print Management, Modality Worklist,
Performed Procedure Steps (MPPS)
DICOM 3.0 compliant. X-ray images are sent to servers
using Storage Service Class (SCU) and to printers using
Print Management Service Class (SCU).
C-echo and Storage Commitment – all as SCU.
Detector Docking
Type
AEC
1.8
Canon CXDI-401C Wireless (Portable)
125 microns
3320 x 3408 (11.3 Megapixels)
High sensitivity Cesium Iodide (CsI)
41.5 x 42.6 cm
Preview image: Approx. 3 seconds
High-resolution image: Approx. 5 seconds
Approx. 9 seconds
DICOM 3.0, Ethernet 10/100/ Mbps
Control PC w. advanced CXDI-NE software preinstalled
DICOM Storage, Print Management, Modality Worklist,
Performed Procedure Steps (MPPS)
DICOM 3.0 compliant. X-ray images are sent to servers
using Storage Service Class (SCU) and to printers using
Print Management Service Class (SCU).
C-echo and Storage Commitment – all as SCU.
Slim housing with minimised spacing between the
detector and the patient in order to optimise image
quality. The slim assembly construction around the
detector minimises the inactive ‘dead’ area.
5-field, solid state, carbon fibre
Anti-scatter Grids
Type
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Transparent, stationary with Canon grid line removal
algorithm and automatic grid presence detection
Construction
Legend
Display
Specification
1.9
Carbon fibre covered and interspaced; easy interchange
Colour and symbol coding for easy identification
Grid info is displayed in the SmartHandle user interface
Select among a range of grids; see options at page 12
- 10:1 110 cm 52 l/cm parallel to long or short edge
- 10:1 140 cm 52 l/cm parallel to long or short edge
- 12:1 180 cm 52 l/cm parallel to long or short edge
User-interface
The Adora ‘SmartHandle’ is provided at the X-ray tube control console for easy manually controlled, motorised positioning: enables hands-on, power-assisted positioning in
all three dimensions, and is safe in operation by means of the InTouch technology
with light indicating active state at the base. It can be activated any time for manual
operation, e.g. minor adjustments of pre-set auto-positions. A 12” LCD touch-screen
displays the SmartHandle movement modes with self-explanatory icons, positioning
data and system messages. The graphics and text on the display auto-rotates to
match the tube housing angulation, thus maintaining a natural horizontal viewing
orientation (here examples from the identical DRFi). . Preview and generator controls
are available on the tube touch screen.
A removable control panel is provided on the patient table for table movements and
activation of auto-positions (not shown here).
An LCD in-room information monitor is provided in a position of individual choice, displaying patient data: name, selected APR, system messages etc.
1.10 Imaging control software
Canon’s CXDI Control Software NE provides an optimized workflow which reduces operational steps and supports multiple study acquisitions. The software delivers high-resolution images, generator communication for preset X-ray parameters, as well as actual exposure factors and patient dose information in the DICOM header. Three levels
of access can be set for specific user requirements.
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Real-time viewing of high quality images
Large and high resolution monitor
Optimized workflow with less steps
Active GUI for intuitive operation
Supports various workflows
Suspend exam
Emergency study
PrePack Protocol Operation
Warm and Cool colour settings
The Canon CXDI Control Software NE is DICOM 3.0 compliant, HIS/RIS ready, and integrates seamlessly into hospital information systems (PACS).
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2.0
Additional portable detectors
In addition to the docked detector, Adora supports up to two portable detectors. Thus,
ergonomics and examination flexibility can be further enhanced by adding e.g. a small
wired or wireless detector to the configuration.
Model
Pixel pitch
Resolution
Scintillator
Weight
Dimensions
Imaging area size
Wireless network
Battery performance
Recharge time
Image available time
Cycle time
Model
Pixel pitch
Resolution
Scintillator
Weight
Dimensions
Imaging area size
Wireless network
Battery performance
Recharge time
Image available time
Cycle time
Canon CXDI-701C Wireless Portable
125 microns
2800 x 3408 pixels (9.5 Megapixels)
High sensitivity Cesium Iodide (CsI)
3.3 kg incl. battery
38 x 46 x 1.5 cm
35 x 43 cm
IEEE 802.11 n (2.4 GHz)
Max mode: 800 images (@ 15-second cycle, 1-second
sleep), 3 hours; Ave. mode: 140 images (@ 100second cycle, 1-second sleep), 4 hours; Save mode:
6.5 hours @ sleep mode
Approx. 3 hours
Preview image: Approx. 3 seconds
High-resolution image: Approx. 5 seconds
9 Approx. seconds
Canon CXDI-801C Wireless Portable
125 microns
2800 x 2192 pixels (6.1 Megapixels)
High sensitivity Cesium Iodide (CsI)
2.3 kg
38 x 31 x 1.5 cm
27.4 x 35 cm
IEEE 802.11 n (2.4 GHz)
Max mode: 800 images (@ 15-second cycle, 1-second
sleep), 3 hours; Ave. mode: 140 images (@ 100second cycle, 1-second sleep), 4 hours; Save mode:
6.5 hours @ sleep mode
Less than 3 hours
Preview image: 3 seconds
High-resolution image: 5 seconds
9 seconds
Image #5. The 701C features a smaller pixel size and a higher sensitivity
than previous detectors, and enables reduction in radiation doses while
maintaining a consistently high imaging quality. The Canon CXDI-801C
Wireless is identical with the 701C but smaller in size (27.4 x 35 cm) and
available for Adora as an extra, portable, lightweight detector.
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3.0
Options
3.1
Automatic Image Stitching
A simple three-step, automatic approach to stitching based on image acquisition from
both standing and supine patients.
Hardware
The stitching panel rotates forward from behind the
patient grip stand for image stitching. Both grid and
air-gap technique (variable patient-detector distance)
can be employed. A patient step is also provided.
Image Acquisition
Automatic software-controlled acquisition of up to 5
images with automatic motorised tube movements.
Ability to adjust the stitch area to reduce radiation
exposure. Dedicated stitching push-button for full
acquisition sequence with a single button press for a
quick and seamless acquisition.
3.2
inOrbit for iso-center Tracking
Enables operators to make different exposures of the same anatomy by changing the
angle of either the tube or the detector. The technique has been developed to make
the tube and detector rotate on an imaginable sphere, and is highly useful in examinations where multiple precision images of the same anatomy are needed.
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4.0
Accessories
4.1 Ceiling hoist system
The patient ceiling hoist system is indispensable
for handling immobile, elderly and overweight
patients. Consisting of an integrated patient
ceiling hoist and lifting sling, it enables staff to
manoeuvre patients into position with minimum
hassle and maximum ease.
Please refer to Guldmann product literature.
4.2 Table side hand grips
Grips to be fixed freely along both sides of the
table for increased patient comfort.
4.3 Paper roll holder
Mounted on the patient table when laminated or
unlaminated paper is used for hygienic coverage
of the table.
4.4 Grids for insertion in detector housing
A wide range of colour- and symbol-coded noise
reducing grids for insertion in the detector docking unit:
- 10:1 110 cm parallel to long or short edge
- 10:1 140 cm parallel to long or short edge
- 12:1 180 cm parallel to long or short edge
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4.5 Grids for click-on to portable detectors
Different grids are offered for fixation directly
onto the portable detectors, e.g.
- 10:1 110 cm, parallel to long or short edge
- 10:1 140 cm, parallel to long or short edge
- 10:1 Parallel, parallel to long or short edge
- 8:1 110 cm parallel to long edge handle (70C)
4.6 Grid storage cage
A wall-mounted storage cage is available in
customer specific configurations, depending of
the number of grids and the number of additional
portable detectors to be stored.
4.7 Mattresses
Transfer mattresses in the patient table shape
design with both high friction and low friction
surfaces.
4.8 Patient table support stand
Height-adjustable support stand to be placed
under the table in case of emergency CPR to
prevent deflection of the patient table.
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4.9 Patient Grip stand
For the convenience and support of standing
patients, including a height adjustable lateral
grip. The Patient Grip stand is also used for
stitching examinations (here with inactive
stitching positioner).
4.10 Foot switch
Enables easier movement of the table up & down
and XY table floating.
4.11 Auto-positioning button
Wall-mounted pushbutton for convenient access
to activation of an auto-position.
4.12 Laser cross
In addition to the collimator light, a laser cross
can be built into the tube assembly for a more
precise identification of the center of the beam
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4.14 Foot step
Building-blocks for configurable foot step - can
also be configured as a two-step staircase.
4.15 Remote control
Wireless, programmable, remote control for onehand operation as supplement to the
SmartHandle and Control panel at the patient
table.
Autumn 2015 introductions
4.15 Foot switch
RAD exposure foot switch for control room; alternative to hand held exposure switch.
4.16 Auto-position foot switch
Foot switch for activating auto-positions; supplement/alternative to the wall mounted
button.
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5.0
Installation
5.1
Installation data
Power connection req.
3 x 400V, Phase and Ground, 80A fuse
1 x 230V, Grounded, 16 A fuse
Floor space requirement
Minimum 3300 x 5000 mm
Optimum ceiling height
Optimum 3000 mm
Minimum 2800 mm
Room access requirements Height min. 180 cm
Width: min. 116 cm crated; min 105 cm uncrated
Complete table weight
360 kg (794 lbs)
Ceiling unit weight
740 kg (1630 lbs)
Patient grip stand
50 kg (110 lbs)
Floor
Ground wire in the floor is recommended for better
working environment
Measurements of the celling unit and the patient table.
Further information
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Adora Site Planning Guide (#14200007)
Pre-installation Manual (#14200010)
5.2
Operating environment
Relative humidity
Min. 5% - max. 60%
Temperature
Min. 10°C - max. 35°C
Atmospheric pressure
Min. 860 hPa – max. 1060 hPa
Audible emission
Positioner standby: <45 dB(A)
Generator standby: <51 dB(A)
Positioner operation: <55 dB(A)
Generator operation: <51 dB(A)
Mode of operation
40% intermittent operation;
4 min. operation, 6 min. rest
Power consumption
Location split
Control cabinet
Exam room
Control Area
W
W
W
System element split
Generator
Positioner and image system
Total system
Total system, 10% intermittent op.
W
W
W
W
Standby
700
200
200
Operation
≤ 65.000
< 700
200
500
600
1.100
< 65.000
< 1.100
< 1.160*
1.160
* at 6 patients/hour 2 exp./ patient each 100 kV, 200mA, 15 ms
Power consumption when turned off
Generator
<50 W
Positioner
<25 W
Canon PC
<1 W
Start-up time
Less than 120 seconds
Shutdown time
Depends on the number of exposures per day
It is recommended to turn the system off every day after use
5.3 Environment
Materials satisfies the RoHS directive, the REACH regulation, and the Montreal protocol
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6.0
Classification and standards
Classification
UL: Class I, Type B applied part
EU/CE: Class IIb (according to annex IX, rule 10)
Standards and directives
Quality
ISO 13485:2012+AC2012 and Canadian MDR
CE
93/42/EEC – the Council Directive concerning Medical
Devices as transposed into the national legislation of
the member states on the market of which we place the
product, including all applicable amendments
Additional
Bek. 664 of 27 June 2005: Håndtering af Affald
omkring elektrisk og elektronisk udstyr (in English:
WEEE)
EU directive 2002/95/EC ROHS – with the exceptions
mentioned in annex to the directive concerning X-ray
devices
Service life
10 years
7.0 Revision History
Version
Description
1008
First release
4913
Information updated
1314
Minor revisions added
4615
DRi name change; major revision of images; partly text updates
DK-8361 Hasselager
Denmark
T +45 86283500
E [email protected]
www.nrtxray.com
www.adoraxray.com
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