Download Equipment Specifications

KTYP A.E.
Page 1 of 15
Equipment Specifications
Item
Description
H0A00
X-RAY UNIT, GENERAL, CEILING M. TUBE, DIGITAL
Complete digital X-ray system with SINGLE FLAT PANEL, for routine radiographic examination of patient.
1. X-RAY GENERATOR
1. Microprocessor controlled, high frequency converter type. Capable of APR, AEC with digital indication of parameters. Electronic timer with min
setting max.1 msec .
2. Power min 65 kW with automatic line compensation with falling load technique and free settings technique. KV range : 50 - 150 KV, mA range to
maximum 800 mA, and about 800 mAs
3. To include self-diagnosis system, storage of error messages and service error indications.
4. Digital display of total area dose of exposures through DAP use of chamber.
2. X-RAY TUBE/with CEILING COLUMN
1. Two (2) focal spot sizes (0,6 mm and 1.3 mm about). Anode Heat storage capacity min 300 KHU and over 100KHU/min anode dissipation
2. The maximum tube power capable to cover the Generator power
3. Rot ation around vertical axis of column (± 150°), tube tilt, supplied with electro-magnetic brakes and push or touch button controls.
4. Automatic or Manual Beam restrictors with light beam identical to radiation field with automatic or manual collimator and filters
3. VERTICAL BUCKY with FLAT PANEL
1. Wall stand with motorized or manual movements for radiological examination of standing, sitting or recumbent patients. Height adjustable from
approx. 650mm to 1750mm (top of bucky).
2. Tilt from vertical to 20°
3. Bucky carriage with oscillating exchangeable grid to cooperate with trauma trolley.
4. Vertical bucky has to be equiped with flat panel 35x43 cm at least or equivalent area (i.e 40x40)
5. Flat panel DQE, pixel size and image matrix to be referred with 12 bit pixel depth image chain
4. DIGITAL IMAGING
1. To include operating station for automatic processing viewing and reprocessing of images. Main application software for patient scheduling,
image display, review and examination
2. Processing software
4. Capability to communicate with PACS
5. Full DICOM3 including Dicom Ris/Mpps/print
5. HEIGHT ADJUSTABLE EXAMINATION TABLE
1. Detector Tray with moving grid for easy positioning of the above mobile digital detector, capable for patient load at least 200 Kgr
2. Floating table top with Longitudinal and transverse movements
3. Auto-tracking of the X ray tube during table height adjustment
4. Lowest height position allows loading patient on a wheel chair.
KTYP A.E.
Page 2 of 15
Equipment Specifications
Item
H0B15
Description
X-RAY UNIT, FLUOROSCOPIC, DIGITAL
G/D
Complete X-ray system for universal fluoroscopic examination of patients, capable of spot imaging, with use of digital image processing, with help
of a remote controlled table, with serial changer, iris collimator
O/F, O/C
1. X-RAY GENERATOR
Microprocessor controlled, high frequency, converter type. Power min 60 kW, with kV range: 40-150 kV and max. mA value over 800 mA, load
min. 650 mAs, three phase supply with automatic line voltage compensation with automatic load technique, automatic brightness control (varying
KVp, mA, both) capability for digital and pulsed fluoroscopy. Fluoroscopic mode parameters: kV range:40- 120 kV about, maximum number of
exposures min 5 per sec.. Equipped with fluoroscopic timer. Extendable for DSA. To have self-diagnosis system, storage capability of error
messages & service error indications. Minimum exposure time no more than 5 msec.
2. X-RAY TABLE
Motor driven remote controlled table with laminate or carbon fiber top. Approximate dimensions 200X70 cm. Four ways table motion and/or column
movement, with table tilting +90/-90 degrees (Trendelenburg), longitudinal and lateral coverage. Software controlled and digital indications of table
movements. Variable min SID=115-150cm.Motorised compression cone. Fully automatic serial changer with cassette cross subdivision capability.
Also including lead shutters and moving grid. To include footrest, handgrips and shoulder-rest.
3. X-RAY TUBE
Over-table tube housing with double focus (0,6/1,2 mm about) with Anode Heat capacity min 600 KHU and high speed rotating anode.(min
8000rpm). Iris collimation extra automatic filtering and anode cooling rate over 120 KHU/min. Rotation of the tube around vertical axis +/-90 degrees.
DAP included
4. IMAGING/TV SYSTEM
Image intensifier (II) min 12", with high conversion factor. With three selectable fields the maximum at least 30 cm. TV chain consisting of CCD
Camera with 1Kx1K matrix, high spatial resolution with motorized iris with ADC (automatic dose control) and AGC (automatic gain control) & two
- LCD monitors (45 cm) and high contrast ratio. (One to be used as slave monitor)
5. DIGITAL IMAGING
Integrated high resolution digital fluoro-system with automatic real time image processing , resulting in reduced patient dose, film saving and
examination time limitation. Images can be acquired in 1024 matrix sizes and grabbing of runs of fluoroscopic images.
Post processing capabilities such as zoom, edge & contrast enhancement, measurements, automatic electronic shutters, deletion of images, Last
image Hold, about 16 images mosaic overview , text annotation, etc. over Ten(10) bit analog to digital conversion. Storage capacity about 150GB
hard disk or 5000 images on 1024x1024 matrix , viewing memory about 1 GB RAM and optical disc like CD writer/reader.
Operators console with keyboard and an LCD monitor (about 40 cm). Second nearby remote controlled panel to be offered for interventions with
footswitch for complete tableside operation.
6. RECORDING SYSTEM-CONNECTIVITY
To include Dicom print/send for Laser or video hard copy output and export images.To be interfaced with Laser Imager
Extendable with RIS interface and DICOM connectivity
7. OPTIONAL FEATURE: To be capable of live subtraction for angiographic and interventional applications like pixel shift, land marking, in
fluoroscopy etc., vertical Bucky stand.
H0C10
COMPUTED RADIOGRAPHY SYSTEM
G.D.
The system must be compatible with all the radiography systems (including Mammography) and consist of :
SYNTHESIS
- A reader with system features high-quality image plate processing, a high-speed cassette-feeder and unique configuration flexibility: from
multi-reader, multi-terminal configurations to high-speed network communication. It must have preview capability, throughput of at least 80
cassettes/hour, for mixed cassette types, with 12-bit depth and a barcode reader to ensure safe and easy cassette handling. Buffer input/ output
for min about 6 cassettes.
It must support all cassette types, dental, mammo and it must have the possibility of choice standard or high resolution scanning for the main
cassette sizes and HD for mammo sizes.
- A data entry system for patient registration.
- A complete workstation with the state of the art software for image processing : edge & contrast enhancement, noise reduction, dynamic
windowing/levelling, flip, rotation, ROI operations, zoom, calculations, dicom printing, Image preview, radiation dose calculation, etc.
It must include a HI-RES color monitor, keyboard and mouse.
CONNECTIVITY
It must include DICOM protocol so the system must be PACS / network ready. A connection with the described PACS system is required
The system must be capable to be connected to any Laser Imager Daylight and/or Dry Imager-Printer.
PERFORMANCE
High Resolution :10 pixels/mm & 20 pixels/mm for mammo
Productivity : 80 cassetes/hr
A/D conversion : 12 bit/pixel
Image grey scale : 4096 shades of gray (12bit)
OPTION : RIS interface should be available.
KTYP A.E.
Page 3 of 15
Equipment Specifications
Item
H0C11
Description
COMPUTED RADIOGRAPHY SYSTEM, MEDIUM CAPACITY
G.D.
The system must be compatible with all the radiography systems and consist of:
SYNTHESIS
- A reader with system features high-quality image plate processing, a high-speed cassette-feeder and unique configuration flexibility: from
multi-reader, multi-terminal configurations to high-speed network communication. It must have preview capability, throughput of at least 80
cassettes/hour, for mixed cassette types, with 12-bit depth and a barcode reader to ensure safe and easy cassette handling.
It must support all cassette types, dental, mammo and it It must have the possibility of choice standard or high definition (HD) scanning for small
cassette sizes.
- A data entry system for patient registration.
- A complete workstation with the state of the art software for image processing: edge & contrast enhancement, noise reduction, dynamic
windowing/levelling, flip, rotation, ROI operations, zoom, calculations, dicom printing , Image preview , radiation dose calculation,etc.
It must include a HI-RES color monitor, keyboard and mouse.
CONNECTIVITY
It must include DICOM protocol so the system must be PACS / network ready.A connection with the described PACS system is required
The system must be capable to be connected to any Laser Imager Daylight and/or Dry Imager-Printer.
PERFORMANCE
High Resolution : 10 pixels/mm & 20 pixels/mm for mammo
Productivity : 80 cassetes/hr
A/D conversion : 12 bit/pixel
Image grey scale : 4096 shades of gray (12bit)
OPTION : RIS interface should be available.
H0C13
COMPUTED RADIOGRAPHY SYSTEM, TABLE TOP
G.D.
Table top system must be compatible with all the radiology systems and consist of:
SYNTHESIS
- A reader with system features high-quality image plate processing, a high-speed cassette-feeder and unique configuration flexibility: from
multi-reader, multi-terminal configurations to high-speed network communication. It must have preview capability, throughput of at least 60
plates/hour, for 35 x 43 cassette types, with min 10-pixel/mm spatial resolution depth and a barcode reader to ensure safe and easy cassette
handling.
It must support all cassette types, dental.
- A data entry system for patient registration.
CONNECTIVITY
It must include DICOM protocol so the system must be PACS / network ready.A connection with the described PACS system is required
The system must be capable to be connected to any Dry Imager-Printer.
PERFORMANCE
High Resolution :10 pixels/mm
Productivity : min 60 plates/hr for 35 x 43 cm plate size
Output to printer : min 16 bits/pixel
H0C20
PICTURE ARCHIVE & COMMUNICATION SYSTEM (PACS)
G.D.
The PACS main system must be for long-term image archiving of radiology, mammography, ultrasound and digital X-ray systems and it must have a
minimum capacity for support of 50.000 patients per year. To be of modular design and consist of:
SYNTHESIS
1.Central Server with dual processor for back-up assurance, UPS, RAID system with minimum capacity 500GB for short-term archiving and 4TB
for long-term archiving. Possibility of extension with second RAID system for medium-term archiving. Compression, if required, to be loss-less &
lossy
2.To include DICOM compatibility and printing. HIS and RIS interfaces available on request.
3.The server must accept images from CT, MRI, Mammography, US, digital X-ray modalities,CR via network. The server must be of open
architecture so as to support at least 20 review and post-processing workstations & unlimited number of users. Cine view min 20 images/sec
4.The system must have multi-level security access to include all relevant s/w to support the above-mentioned functionality and available option
of voice-recognition capability.
5.Web capability for instant access simultaneously to all patient files (short-long term archived )
6.RIS option (not included) should run simultaneously , synchronised with PACS on for efficient handling of all patients in database
In the present configuration the PACS system should be integrated with CR workstations and dry film printers.
KTYP A.E.
Page 4 of 15
Equipment Specifications
Item
H0C30
Description
PACS workstation, COMPLETE
Workstations to include::
-Post-processing workstations with support for up to 3 LCD ( min 19 inches ) monitors each. Each station must include one color monitor and two
b/w high-resolution 3 MP monitors with max brightness min 700 cd/m2.
Post-processing functionality to include MPR, Image enhancement, zoom, smoothing / sharpening filters, window width and window level control,
image in\version, rotation etc
-The system should allow import/export of images, through workstations, not only in Dicom format, but in TIFF,BMP, JPEG format as well. In addition
able to retreive images from film scanners, frame grabbers.
Minimum hardware requirements:2.5Ghz Xeon L2 Cache processor, RAM : 512MB, HD :36 GB, CD-RW, Video Card 64MB, USB ports, Ethernet
Card 10\100\1000
Workstations suitable for tele-radiology purposes.
Option: Image retrieval from analog sources.
-DICOM print capability
The whole system must be of proven upgrade ability and expandability in order to cover the future needs.
H0C31
PACS workstation, BASIC
Workstations to include:
- Viewing stations consisting of 2 LCD ( min 19 inches ) monitors, one b/w (3 MP monitor, with max brightness min 700 cd/m2. ) and one color
monitor, high-resolution
-Minimum hardware requirements:2.5Ghz Xeon L2 Cache processor, RAM : 512MB, HD : 36 GB, CD-RW, Video Card 64MB, USB ports, Ethernet
Card 10\100\1000
- Software : Basic measurement capabilities.
H0C32
PACS workstation, Elementary Viewing
Workstations to include::
-Viewing workstations for simple viewing purposes with one monitor B/W (2MP ).
Basic processing unit
KTYP A.E.
Page 5 of 15
Equipment Specifications
Item
H0D01
Description
DIGITAL MAMMOGRAPHY WITH BIOPSY
Integrated mammography X-ray system, for Digital FFDM (Full Field Digital Mammography) examinations based in Flat Panel technology for
screening, diagnosis and biopsy capability. Radiation shield protection included.
1. X-RAY GENERATOR
Single phase, high frequency, microprocessor controlled. Voltage range: 21-37 KV. mAs range approx. 4-400 . Auto radiological parameters
selection based in breast density. Automatic Mains compensation. Minimum patient dose.
2. X-RAY TUBE rotating anode with focus approx 0.1-0.3 mm in Mo material and in Rh or W material . Heat capacity approx. 150 KHU. Tube
rotation ±130°, height adjustment about 70 cm with electromagnetic brakes.
3. COMPRESSION SYSTEM
Manual and motorized with various compression codes with grid ratio approx. 4:1 and more than 25 lp/cm.
With magnification device approx 1,5 X & 1,8 X.
Compression cones (various sizes and techniques).
4. FLAT PANEL detector with at least 50% DQE measured under 10mR dose. Pixel size under 100 ìm . Optimum image matrix acquisition for all
breast full resolution display.To include, for optimum image, the use of AEC.
5. ACQUISITION WORKSTATION to be in
7. BIOPSY DEVICE
Stereo tactic biopsy device, microprocessor controlled with great accuracy positioning
H0K15
to be stated. Fully compatible with main unit.
X-RAY UNIT, DENTAL, PANORAMIC, DIGITAL / CEPHALOMETRY
Digital dental orthopantomograph system for adult / pediatric patients, capable for panoramic,TMJ imaging as well as cephalometric applications.
Computer-controlled operation with AEC and automatic spine compensation function. Operation of the unit from left or the right side. Motorized
movements and standard positioning accessories and lights.
High freqency DC generator. Tube voltage approx 60-85kV and current up to 15mA.
Focal dimensions approx. 0.5 mm. Exposure times up to approx. 15 secs.
CCD image sensor type atl least 5lp/mm resolution.
DICOM compatible.
To include :
- cephalometric device capable for facial, lateral, oblique etc. imaging projections.
- An up-to-date PC desktop computer with min requirements 1GB RAM, 300GB HDD , 17" flat screen. Provided with special imaging software for
processing all captured images.
Radiation protection study, approval procedure of the study and installation of the necessary radioprotection panels, according to the study, are
include in the supply.
H0L05
MRI SCANNER, 1,5 TESLA, BASIC
G/D
MR imager for whole body imaging /spectroscopy and MR angiography procedures. Field
To be offered from the latest manufacturer line of production
strength 1,5 Tesla.
OF/OC Unit consisting of the following system:
1. MAGNET Actively shielded, superconducting type Magnetic shielding not required.
Field strength: 1,5 Tesla. Bore inside diameter min 60cm. Field homogeneity better than 0,1 ppm, measured at 10cm.DSV, measured with RMS or
VRMS.
To include system of active/passive shimming. To consume only He, equal or less than 0,03 lt/hr (specify: consumption rate, refilling frequency)
Distance of fringe field (0,5mT) from centre of magnet on X,Y,Z max (3m,3m,4m).
Installation:
To include ventilation, lighting,piping, cooling systems, quench piping end communication subsystems.
Stability of Magnetic field less than 0,1 ppm /hr
2.GRADIENT : To be actively shielded, with gradient strength of min 30 mT/m. Slew rate 120 T/m/s for each axis. Linearity about 2% over full FOV.
3.R/F SYSTEM of digital technology suitable for transmission / reception of RF pulses circular polarised (quadrature) and phased array or matrix
coil.
Maximum R/F power min 15 KW . The R/F system to allow simultaneous connection with multiple coils.
To accommodate at least 16 channels with min bandwidth 1 Mhz.
To be capable of parallel imaging . Min parallel speed factors : 4 (Sense, iPAT , ASSET/GEM ).
The system should include: RF Faraday cage with false walls, lighting and all cooling systems(Chiller, piping,etc)
KTYP A.E.
Page 6 of 15
Equipment Specifications
Item
Description
To include the following coils :
Body coil (phased array or matrix)
Head coil,
Spine (phased array or matrix)
Neck (phased array or matrix),
Breast (phased array or matrix)
Knee, (phased array or matrix)
Extremities,
Flexible coils for small organs and limbs.
4.STATE OF THE ART COMPUTER system 32 (or 64)bit processing with min RAM 512 MB. Capable of multitasking. Simultaneous scan acquisition,
reconstruction post-processing, display ,archiving.
Storage capacity:
Hard disk for software and images min 15 GB.
CD-R or optical disk min 650 MB.
To include: a) UPS b) Modem for teleservice
Software- Imaging Processing:
Reconstruction speed min 1000 images/ sec.
Software for pre and post processing.
5. OPERATING CONSOLE Consisting of a console with at least one monitor (38 cm diagonally) with 256 grey scales and easy ROI selection.
Analysis 1024 x 1024.
Multi task capability of imaging, programming, reformatting and automated examination. To include software for MIP, MPR, 3D
To include patient / operator intercom.
6. IMAGING CAPABILITIES
a) Imaging modes : single slice/multi slice/3D volume study, multi angle, dynamic
b) Slice orientation: Transverse, sagittal, coronal, oblique, radial
c) Special Imaging procedures:
To include Angiography (2D, 3D) specify : time of flight, phase contrast, TONE quantitative blood flow in cappilaries. Vascular Imaging of angio
thoracic / peripheral / abdominal with and without use of contrast media & automated movement of examination table.
To include complete Cardiology package for function coronary imaging, tagging techniques, viability, perfusion, Multi slice- Multi Phase Imaging,
Interactive Imaging in real time. Evaluation of parameters function (as ejection fraction)
To include Brain Imaging diffusion (single and multi-shot) /perfusion /functional
To include full range of oncology specific protocols: diffusion weighted body imaging, full protocols for breast imaging, brain etc.
d )Imaging Parameters : FOV in the range 6-48cm. Slice thickness min 0.5mm(2D), min 0.1mm(3D), Overcontiguous slices.
Acquisition and processing matrix : 256x256, 512x512, 1024x1024.
e) To include optimization / accelerating techniques: RF saturation, Gradient moment nulling, respiratory compensation and cardiac peripheral
gating, Half Fourier Imaging, Magnetisation Transfer Contrast (MTC), Fat Saturation, Water Excitation & accelerated acquisition modes (reduced
k-space, etc)
f) Pulse sequences : To include all classical & fast type sequences (2D, 3D,Multiple Spin echo, inversion recovery gradient echo (Flash), EPI
(single shot / multi shot ), Turbo/Fast Spin Echo & Gradient Echo (turbo Flash), True FISP (2D &3D) (Fiesta, Balanced), Turbo/Fast single shot.
Specify permissible range of parameters (TE,TR, echo spacing) for each
g) Software for parameters as T1, T2, for tissue characterization
7. INTERFACING : To have interface for Laser imager. Able to connect with PACS, RIS, CIS, HIS
8. QUALITY CONTROL set of phantoms, devices suitable for the quality control including linearity, homogeneity, contrast, resolution.
9.PATIENT POSITIONING
To include examination table for easy patient positioning. Accuracy +/- 1 mm. Capability for emergency transportation of patient. To include
sensors for cardiac / pulmonary / peripheral synchronization.
10. COMPATIBILITY
Images to be DICOM -3 compatible for printing / archiving / querying
11.SECOND INDEPENDENT CONSOLE
Interfaced with main system for extensive image post processing.
Evaluation of cardiac parameters function (as ejection fraction, viability, perfusion), as well as software for diffusion, T1 perfusion, T2* perfusion
(alternatively on main console)
Including state of the art computing system with min 120 GB HD. To include CD-R./ USB
12. INSTALLATION
All necessary installation requirements are included. R/F cage with falce walls, ceiling, lighting, medical gasses and electrical supply, floors.
Magnetic shielding if required. Chilling unit and piping. Quench piping. Endocommunication.
KTYP A.E.
Page 7 of 15
Equipment Specifications
Item
H0P00
Description
X-RAY UNIT, MOBILE
G/D
Mobile X-ray unit for radiographic examinations for patients outside the radiology department (ICU, CCU, NICU, Wards, e.t.c.). Use in normal power
socket.
O/F, O/C
1. X-RAY GENERATOR
Microprocessor controlled, high frequency, generator with output over 15 KW, converter type. KV ranges 40 - 120 KV at least.
Maximum mA : 200 at least. Shortest exposure : not more than 4 ms. Collimator : multi-leaf collimator manually adjustable. Power cable
length: about 6m.
Exposure release: detachable remote control or more than 3m coiled cord. Possibility for remote exposure release.
2. X-RAY TUBE
Anode: rotating, focal spot (less than 1mm).
3. ACCESSORIES
- A cassette case to store more than 4 large cassettes.
- Measuring tape within tube to set the desired SID.
- Capable of Illumination for field positioning
- Light or audible tone indication of exposure release.
H0P10
X-RAY UNIT, MOBILE, C-ARM WITH II
G/D
Mobile X-ray unit for use in operating theaters. Suitable for radiology and fluoroscopy. Suitable for snapshot and pulsed fluoroscopy.
O/F, O/C
1. X-RAY GENERATOR
Microprocessor controlled, high frequency, 1phase generator. AEC and ABS control. KV range: 40-100 KV with tube current between 0.1 - 20
mA depending on KV. Radiographic time from 0.1- 4 sec. Fluoroscopic output 40-100 KV with current from 0.5mA up to 6mA, with manual
adjustment and automatic dose-rate control.
2. X-RAY TUBE
Fixed anode with dual or single focal spot in the range 0.6/1.4mm about with integrated filtering. Iris collimator and remote-controlled
semitransparent shutters. Automatic position of collimators
3. C-ARM STAND
Longitindunal movement, electrically driven height adjustment about 50 cm, rotation into 2 directions (135°) and orbital movement for all
kind of projections (A-P, Oblique, Lateral e.t.c.). Laser alignment tool for C-arm. To include cassette holder.
4. IMAGING SYSTEM
Fluoro Image Intensifier (II) (about 23 cm), with 2 selectable fields. High resolution and high performance II with minimum patient dose.
TV camera coupled II fibre optically or lens coupling with mobile view station with dual 2 TV LCD monitors (about 44 cm) . Digital memory for at
least 300 images (512X512). Digital image processor with last image hold & real time edge enhancement. Overview of multiple images and
annotation. Multipatient database. Dose indication.
5.RECORDING SYSTEM
Camera or video printer to aqcuire automatically images from main unit for hard copies production of mutiformat images on 8x10 " film & paper.
To record clinical images (static & dynamic) onto a DVD/RW or CD-RW and able to be viewed on the system itself and on a standard PC
KTYP A.E.
Page 8 of 15
Equipment Specifications
Item
H0Q08
Description
CT SCANNER, MULTI SLICE -16
G/D
Complete CT scanner system, state of the art slip-ring technology (continuous rotation), suitable for head and whole body scanning using
volumetric techniques. It must produce and acquire from min sixteen simultaneous slices per rotation for every scan technique. To be offered from
the latest manufacturer line of production. It should consist of the following :
1. X-RAY GENERATOR
High voltage generator mounted on the rotating part on the gantry permitting low voltage power transmission via the slip rings. System to perform
in wide range of kV, in order to perform all necessary clinical examinations.
Continuous or pulsed high-frequency generator,with power during scanning, at least 50 kW.
Maximum voltage around 135 kV, maximum load around 400 mA .
Specify max. values of mA and KV to access the maximum power.
2. X-RAY TUBE
General: It should have two focal spots, with small dimensions; a rotating anode and automatic system for overheat protection.
Characteristics of tube:
- The Focal spots must be as small as possible.
- The anode heat capacity at least 6 MHU and the anode cooling rate min 800 KHU/min.
- Capable of a large number of scans per minute during dynamic and volumetric mode. Specify values accordingly.
- Minimum requirements continuous exposure 80sec for 120 Kv @ 200mA
- Fully Guaranteed number of scan seconds, per tube: 150.000.
3. PATIENT POSITIONING
Motorized patient support, computer controlled, with longitudinal travel and variable table height to be defined. Tabletop composed of carbon fibres
with low attenuation properties. The table speed, especially for volumetric examinations, must be with selectable pitch per rotation user selectable. The
Movements should enable whole head and body examinations with accuracy of positioning ± 0.25 mm.
4. SCAN SYSTEM - GANTRY - DETECTOR
Gantry aperture of at least 70 cm and gantry tilt of at least ± 30° with high tilting accuracy. The FOV must have maximum value about 500 mm.
Specify values accordingly.
The slice thickness, during acquisition, must be selectable at least in the range of 16X0.7mm to 16X1.2mm. (define all possible slice thickness).
Minimum slice thickness less than 0.7 mm , range : 0.7 5.0 mm
To incorporate at least a large amount of solid-state detector elements in arc configuration, resulting in a large amount of detectors density /1°.
Specify values accordingly. The total efficiency of the detectors should be as high as possible.
Scan speed should be with full rotation (360°) and at least three (3) acquisition speeds. Fastest rotation, max 0.5 sec (360°).
The reconstruction FOV (Field Of View) should be variable and the maximum value around 50 cm.
5. ACQUISTION MODES
To have at least four (4) scanning modes:
- Radiographic mode: Real time digital radiograph, scannable length around 150 cm, necessary for the exact positioning of the patient.
-Serial mode
- Dynamic mode with examination protocols to be programmed for table movement, position of scanning, interscan time
-Helical or Volumetric mode : Continuous radiation with continuous table movement.
-To be capable of performing at least 100 seconds continuous rotations in order to cover a large anatomic area.
-To have wide range of table speed movement per rotation.
-To have the ability to reconstruct raw data after acquisition with reconstruction index different from that one during acquisition.
-The reconstruction rate must be equal or more than 6 images/sec (in 512 x 512 matrix)
6. IMAGE RECONSTRUCTION & ANALYSIS
6a. The CT-scanner should be able to reconstruct images in a multi-plane manner. This means that coronal, sagital, oblique and paraxial images
should be produced, by data acquired from the axial slices.
At least one Reconstruction matrix 512x512 and at least one image display matrix 1024x1024.
The processing facilities of CT scanner should include :
1. zoom.
2. Double window facility.
3. ROI analysis and Dynamic analysis
4. Profile, histogram, grid, HU, computation of angles, CT values density etc.
5. Standard processing including
- Real-time MPR (Multi Planner Reconstruction) with CINE display
- 3D display
- CT angiography,
- Virtual endoscopy
- Injection Bolus Timing
- Cone Beam Reconstruction algorithms, small organ evaluation
- Dynamic scan evaluation
- Volume rendering.
6b. Full DICOM images, communication, with all Dicom services (querry, retrieve, print etc.)
7. OPTIONAL PROCESSING (To be able to accept the following options :)
Dental, Bone mineral analysis and cardiac imaging for screening purpose with measurements.
KTYP A.E.
Page 9 of 15
Equipment Specifications
Item
Description
8. IMAGE QUALITY
- Spatial resolution with a minimum value of 15 lp/cm @ cut off, as high as possible and to be specified.
- Low contrast resolution max 5mm at 3HU (0,3 %)
9.IMAGE STORAGE
Image should be stored in :
Should have integrated at least one hard disk for about 200.000 images and a CD / DVD-R or MOD for images with 512x512 matrix, USB.
10. COMPUTER
CPU unit, multi-tasking of at least 32 bit processor. It should consist of CPU, 8 GB
11. MEDIA INJECTOR
Single channel, automatic type, with programmable control panel. To accommodate either contrast agent and normal saline syringes or bottles. To
include contrast heating or pre-heating mechanism. Console with digital panel, allowing programmable injection rates in ml/sec or equivalent
12. U.P.S.
UPS for the electrical line stabilization with adequate electrical power for the CT computer unit
13. INTERFACES
Dicom Interfaces for connection with existing PACS, Dry camera of Hospital
H1A00
APRON, LEAD
Garment suitable for use in routine procedures, fabricated of multi-ply leaded vinyl fabric, configuration to cover from over shoulders through over
thighs, 0.5 mm lead equivalent, double side.
H1C01
RACK, APRON, WALL MOUNTED
Rack for storage of lead aprons. Comprising back plate and hanger holder. To be supplied with appropriate number of permanently fixed hangers.
To hold approx. six aprons.
H1D00
SHIELD, GONAD, "T" SHAPE
For gonad protection during radioscopy.
Pure lead covered with hygienic PVC. Lead equivalent 1mm Pb.
T-shape, full range of sizes.
H1E00
SHIELD, OVARIES, ADJUSTABLE
Sets of three sizes, small, medium and large. Made of seve- ral layers of flexible lead number encases in vinyl. Lead equivalent 1.0 mm.
H1F00
PADS, POSITIONING, FOAM, SET
To be radiotranslucent and have negligible x-ray absorption material flame retardant. Sets to comprise: 2 wedge shaped approx. 75h x 200w x
50d mm. 2 wedge shaped approx. 75h x 275w x 200d mm. 2 wedge shaped approx. 200h x 200w x 200d mm. 1 rectangle shape approx. 75h x
275w x 200d mm. 1 rectangle shape approx. 125h x 200w x 75d mm. 1 head cradle approx. 75h x 275w x 200d mm. 1 head ring approx. 75h x
275d mm. 1 head rest approx. 150h x 150w x 275d mm. 1 head block approx. 100h x 100w x 275d mm.
H1S00
GRID, STATIONERY, SET
Set of 3 stationery grids for use with X-ray units. Set to comprise: 30 x 40cm (12 x 16 ins). 18 x 24 cm (7 x 10 ins). 24 x 30 cm (10 x 12 ins).
H1Z00
EQUIPMENT, QUALITY CONTROL, RADIOLOGY
1. Multi-fuction portable system for simultaneous measurement of kVp,dose,doserate,time and waveform in ALL X-ray installations. Consists of a
Radiation Monitor with RS-232 interface and software, a number of ionization chambers (one flat chamber for rad/fluoro , one for mammo and one
for CT applications) and a kVp controller with kV sensors for 40-160kVp and 22-45kVp ranges.
System will also include a stand assembly with HVL filters,holders,
CT phantom , carrying case etc for easy one shot operation in Radiography , Fluoroscopy, DSA , Mammography , Dental and CT installations
2. Leeds Test Phantom or similar for Rad/Fluoro daily QC applications
3. Mammo Test Object/Phantom
4. Set of Sensitometer/Densitometer for the QC of X-ray films developing machines.
5. Set of tools/devices for the QC of geometrical parameters of the X-ray machines of ALL types .
KTYP A.E.
Page 10 of 15
Equipment Specifications
Item
H2A24
Description
FILM IMAGER/PRINTER,DRY,MEDIUM CAPACITY
G.D.
Dry Technology imager to produce high resolution, multi-format images on film (hard copy). Images obtained during diagnostic radiology procedures,
receiving analog/digital data signals.
O.F/O.C
Microprocessor controled.
Capacity : min 50 films/hr
Resolution : min 315 dpi, 12 bits (4096) contrast resolution
Film size : Up to 35 x 43
Formats : Various formats from 1:1 up to 1: 16
Connectivity : DICOM 3 connectability, inputs for 2 imaging systems
H2A27
FILM IMAGER/PRINTER, DRY, MEDIUM CAPACITY, COLOUR
G.D.
Dry Technology imager, small in dimensions (desktop printer), to produce high resolution,multi-format images on film (hard copy) as well as on
grayscale paper and colour paper. Images obtained during diagnostic radiology procedures, receiving analog/digital data signals.
O.F/O.C
Microprocessor controlled.
Capacity : min 100 films/hr
Resolution : min 320 dpi, 12 bits (4096) contrast resolution
Formats : Various formats from 1:1 up to 1: 24
Connectivity : DICOM 3 connectability , inputs for 2 imaging systems
Colour Resolution: 16.7 million colours, 256 levels of each cyan, magenta and yellow.
Image control: Gamma, contrast, saturation, polarity, rotation, scaling, anti-aliasing.
Hard Disk: 10 GB.
Removable disk (100 MB ZIP) will be appreciated for software upgrades.
Weight: Less than 40Kg.
H2A30
FILM IMAGER/PRINTER, DRY, MEDIUM CAPACITY, HIGH RESOLUTION
G.D.
Dry Technology imager to produce high resolution images obtained during diagnostic radiology procedures. Suitable for mammography. Multi-format
images on film (hard copy). Rreceiving analog/digital data signals
O.F/O.C
Microprocessor controlled.
Capacity : min 50 films/hr
Resolution : min 500 dpi, 12 bits (4096) contrast resolution
Film size : 10 x 12 & 8 x10 inches
Connectivity : DICOM 3 connectability, inputs for 2 imaging systems, CR, PACS
H2J04
CASSETTE, X-RAY FILM, SET, COMPUTED RADIOGRAPHY
Set of CR cassettes for holding x-ray film.
Sizes 18 x 24 cm,18 x 24 cm (Mammo ), 24 x 30 cm (Mammo), 24 x 30 cm, 35 x 43 cm.
Including Imaging plates.
Compatible with CR system.
Each set to include 4 cassetes of each size
H3A01
ILLUMINATOR, X-RAY, WALL MOUNTED, DOUBLE
Two viewing areas, with continuous, full width grippers. Wall mounted type with plastic translucent viewing material. Complete with mounting
bracket and fixings. Overall size : approx. 550h x 750w x 160d mm. With on/off switch and two separate dimmers for brightness adjustment.
H3A02
ILLUMINATOR, X-RAY, WALL MOUNTED, MULTIP
Double banked unit; 2 x 4 way viewers, each viewer to have separate, dimming switches; two additional total panel switches for the top and
bottom sections. Sixe approx. 1059h x 1500w x 160d mm. Complete with wall mounting fixtures. To have separate dimmer for brightness adjustment.
H3A03
ILLUMINATOR,WALL RECESSED,OPERATING ROOM
Polished stainless steel external frame. Film holder with rollers. Approx. dimensions 120 X 50 cm. With on/off switch and dimmer for brightness
adjustment.
KTYP A.E.
Page 11 of 15
Equipment Specifications
Item
H3A07
Description
ILLUMINATOR, X-RAY, MAMMOGRAPHY
Item to include: single sized translucent viewing area with a full width gripper. Facilities for wall mounting. Single on/off switch and
dimmer. Suitable for 4 mammographies 18 x 24 cm. To include light shutters for better evaluation of images.
H6B01
ULTRASOUND,GENERAL PURPOSE
G/D
Microprocessor controled, digital technology, general purpose ultrasound scanner providing high resolution images. Computerised electronic
System, facilitating control of all system functions.
O/F
Modes of operation : 2D, PW/CW Doppler, M-mode Directional Doppler (CFM), Power Doppler, 3D imaging. Ability to work in doublex (2D/CFM or
Power Doppler or PW or CW Doppler) or simultaneous triplex mode - Real time Triplex (2D/CFM or Power Doppler and PW or CW Doppler). Tissue
Harmonic Imaging (standard).
Capable of accommodating the following optional modes of operation : Contrast Harmonic Imaging, compound imaging.
O/C
Digital Beamformer with 9000 processing channels.
Transducer types : Linear array, Convex array, Phased array Sector in frequency range from 2-14 MHz approx. At least three (3) active
transducer connectors.
Frame rate min 400 fps . Maximum depth up to 24 cm.
Image display : Single/dual, 256 shades of grey. Image monitor min 15 inch.
Digital scan converter : 512 X 512 X 8
Digital image archiving including HD min 50 GB for min 400 images and for spectrum analysis (M-mode, Doppler) min 30 sec (cine loop).
SOFTWARE ANALYSIS
1. Multiple distance and area/circumference measurements
2. Volume calculation including transrectal prostatic bladder volume, external bladder/kidney
volume, general ellipsoid volume calculation.
3. Vascular analysis package, including velocity / frequency, pressure gradient, index of
resistance, pulsatility index, IC/CC, A/B ratio, peak systole, e.t.c.
4. Obstetric gynaecology analysis package, including EFA/EFW, cephalic index, growth
percentile, FL/BPD, FL/AC, HC/AC, e.t.c.
5. Automatic real time Doppler calculations.
INTERFACING - COMMUNICATIONS-PRINTING
1. To include serial interface, BNC connections or USB,VHS output, USB output
2. Dicom 3.0 Compatible
3. Remote service capability
4. To include B/W video printer
PROBES
Working with Phased array in the range of : Sector (2-9 MHz), Linear (3-14 MHz), Convex probes (2-9 MHz ).
The configuration should include:
1. One convex probe 2-5 MHz for abdominal examinations
2. One Linear probe 5-10 MHz for deep, peripheral vessels and small parts
3. Endocavity probe in the range of 5-9 Mhz approx.
UPGRADEABILITY - OPTIONS
Software and hardware upgradeability [ i.e.Cardiac s/w, Contrast Harmonic Imaging , 4D, TDI, Panoramic)
Integrated workstation for digital image mangement and archival for min 500 images on Hard disk and min 1000 images on CD-R.
Special probes for Intraoperative, Endocavity, Endorectal (with needle guide), Transcranial applications. ]
KTYP A.E.
Page 12 of 15
Equipment Specifications
Item
Description
H6B06
ULTRASOUND, UROLOGY
G/D
Microprocessor controled,digital technology , general purpose ultrasound scanner providing high resolution images. Computerised electronic
system facilitating control of all system functions.
O/F
Modes of operation : 2D, PW/CW Doppler, M-mode Colour Doppler (CFM) Power Doppler, simultaneous triplex mode CD\\PW Ability to work in dublex
(2D/cfm or Power Doppler or Pw or CW Doppler) or simultaneous triplex mode-Real time Triplex (2D/CFM or Power Doppler and Pw or Doppler) Tissue
Harmonic Imaging
Capable of accommodating the following optional modes of operation : Contrast Harmonic Imaging, 3D Imaging (3D/B-Mode, 3D/ B-CFM ,
compound imaging)
O/C
Digital Beamformer with 3000 processing channels.
Transducer types : Linear array, Convex array, Phased array Sector in frequency range from 2-12 MHz.
Frame rate min 300 fps. Maximum depth up to 24 cm.
Image display : Single/dual, 256 shades of grey. Image monitor 15 inch
Digital scan converter : 512 X 512 X 8
Digital image archiving including HD min 50 GB for min 400 images and for spectrum analysis (M-mode, Doppler) min 30 sec (cine loop)
SOFTWARE ANALYSIS
1. Multiple distance and area/circumference measurements
2. Volume calculation including transrectal prostatic bladder volume, external bladder/kidney volume,general ellipsoid volume calculation.
3. Vascular analysis package including velocity/frequency, pressure gradient, index of resistance, pulsatility index, IC/CC, A/B ratio, peak systole etc
INTERFACING - COMMUNICATIONS-PRINTING
1. To include serial interface,BNC connections or USB,VHS output
2. Dicom 3.0 Compatible
3. Remote service capability
4. To include B/W video printer
PROBES
Working with Phased array Sector (2-7 MHz, Linear(3-12 MHz), Convex probes (2-7 MHz )
The configuration should include :
1. One convex probe 2-5 MHz for abdominal examinations
2. One Endorectal probe 5-7 MHz including needle guide
UPGRADEABILITY-OPTIONS
Software and hardware upgradeability [ i.e.Cardiac s/w, Panoramic.
Integrated workstation for digital image mangement and archival for min 500 images on Hard disk and min 1000 images in CD-R.
Special probes for, Endocavity, Endorectal(with needle guide), Transcranial applications. ]
KTYP A.E.
Page 13 of 15
Equipment Specifications
Item
Description
H6B07
ULTRASOUND, GYNAECOLOGY/OBSTETRIC
G/D
Microprocessor controled,digital technology , general purpose ultrasound scanner providing high resolution images.Computerised electronic
system facilitating control of all system functions.
O/F
Modes of operation : 2D, PW/CW Doppler, M-mode Colour Doppler(CFM), Directional Power Doppler, simultaneous triplex mode CD\\PW Ability to
work in doublex (2D/cfm or Power Doppler or Pw or CW Doppler) or simultaneous triplex mode-Real time Triplex (2D/CFM or Power Doppler and
Pw Doppler), Tissue Harmonic Imaging, 3/4 D Imaging
Capable of accomodating the following optional modes of operation : Contrast Harmonic Imaging, 3D Imaging, compound imaging,
(3D/B-Mode, 3D/ B-CFM )
O/C
Digital Beamformer with min 15.000 processing channels.
Transducer types : Linear array, Convex array, Phased array Sector and 4D in frequency range from 2-14 MHz approx..
Frame rate 400 fps. Maximum depth up to 28 cm.
Image display : Single/dual, 256 shades of gray. Image monitor 17 inches
Digital scan converter : 512 X 512 X 8
Digital image archiving including HD min 50 GB for min 400 images and for spectrum analysis (M-mode, Doppler) min 30 sec (cine loop).
SOFTWARE ANALYSIS
1.Multiple distance and area/circumference measurements
2.Volume calculation including transrectal prostatic bladder volume, external bladder/kidney volume,general ellipsoid volume calculation.
3. Obstetric gynaecology analysis package including EFA/EFW, cephalic index, growth percentile, FL/BPD,FL/AC,HC/AC, etc.
4. Automatic real time Doppler calculations
INTERFACING - COMMUNICATIONS-PRINTING
1.To include serial interface,BNC connections or USB,VHS output
2.Dicom 3.0 Compatible
3.Remote service capability
4.To include B/W video printer
PROBES
Working with Phased array Sector(2-9 MHz, Linear(3-14 MHz), Convex probes(2-9 MHz )
The configuration should include:
1.One convex probe 2-5 MHz for abdominal examinations
2.One Endovaginal probe 4-8 MHz approx. , with needle guide capability
3.One 4D abdominal probe in the range of 2 - 5 MHz approx.
UPGRADEABILITY-OPTIONS
Software and hardware upgradeability [ i.e.Foetal cardiac s/w, Special probes for Intraoperative, Endocavity, Endorectal (with needle guide),
Transcranial applications].
H6B08
TRANSPORTABLE UTRASOUND SYSTEM
G.D.
·Microprocessor controlled, general purpose ultrasound scanner providing high resolution images. Computerized electronic system facilitating
control of all system functions.
-O.F. / O.C.
·Scanning methods : Linear, Convex.
·Display methods: B-Mode (single & dual), M-Mode, B/M-Mode
·Frame rate: max 50 frames / sec
·256 gray scale
·Digital scan converter 512 x 512 x 8 bits
·Cine memory : max 300 frames
·Monitor min 12''
·Measurement & Calculations:
1) General : Distance, Area, Circumference, Volume, Angle, Velocity, Heart Rate, Ratio
2) OB/GYN: Gestational age, Fetal Weight, Estimated date of Delivery,
·Power requirements : 220 V /50Hz.
·Easy to move, weight : max 50 Kg
·Including serial interface
·Probes: Convex prode 2-5 MHz for abdominal OB/GYN purpose
Linear probe 5- 9 MHz for peripheral angiography
·B/W Printer
KTYP A.E.
Page 14 of 15
Equipment Specifications
Item
H6B09
Description
ULTRASOUND, CARDIAC
G/D
Microprocessor controled, digital technology, ultrasound scanner for cardiac and peripheral angio examinations. Computerised electronic system
facilitating control of all system functions.
O/F
Modes of operation : 2D, PW/CW Doppler, M-mode, Colour Doppler(CFM)Power Doppler, TVI/TDI, CD\\PW Ability to work in dublex (2D/cfm or
Power Doppler or Pw or CW Doppler) or simultaneous triplex mode-Real time Triplex (2D/CFM or Power Doppler and Pw Doppler) Tissue Harmonic
Imaging, Stress Echo
Capable of accomodating the following optional modes of operation : Contrast Harmonic Imaging, 3D Imaging , compound imaging and strain/strain
Quantification (3D/B-Mode, 3D/ B-CFM )
O/C
Digital Beamformer with min 15.000 processing channels.
Transducer types : Linear array, Convex array, Phased array Sector in frequency range from 2-14 MHz. (approx.)
Frame rate min 400 fps. Maximum depth up to 28cm.
Image display : Single/dual, 256 shades of gray. Image monitor min 17 inches
Digital scan converter : 512 X 512 X 8
Digital image archiving including HD min 50 GB for min 400 images and for spectrum analysis (M-mode, Doppler) min 30 sec (cine loop)
To include CD-RW, USB Flash memory
SOFTWARE ANALYSIS
1. Multiple distance and area/circumference measurements
2. Volume calculation ,general ellipsoid volume calculation.
3. Stress Echoe, TEE applications
4. Cardiac analysis package including diastolic and systolic study, left ventricular study, velocity, velocity, velocity time integral, aortic valve, mitral
valve, pulmanory valve, triscupid valve, etc.
INTERFACING - COMMUNICATIONS-PRINTING
1. To include serial interface, BNC connections or USB, VHS output
2. Dicom 3.0 Compatible
3. Remote service capability
4. To include B/W video printer and video colour printer and video tape recorder
5. Automatic real time Doppler calculations
PROBES
Working with Phased array Sector (2-10 MHz, Linear(3-14 MHz), TEE probes (4-7 MHz ) approx.
The configuration should include:
1. One Phased array Sector probe 2-4 MHz approx. for adult cardiac examinations
2. One Transesophageal probe multi-plane
UPGRADEABILITY - OPTIONS
Software and hardware upgradeability [Panoramic, etc ].
Integrated workstation for digital image mangement and archival for min 500 images on Hard disk and min 1000 images in CD-R )
Special probes for Vascular / TEE applications.
KTYP A.E.
Page 15 of 15
Equipment Specifications
Item
Description
H6B11
TRANSPORTABLE, CARDIAC ULTRASOUND SYSTEM
G/D
Microprocessor controlled, digital technology, ultrasound scanner for cardiac and peripheral angio examinations. Computerised electronic system,
facilitating control of all system functions.
O/F
Modes of operation : 2D, PW/CW Doppler, M-mode, Colour Doppler(CFM)Power Doppler, TVI/TDI, CD\\PW Ability to work in dublex (2D/cfm or Power
Doppler or Pw or CW Doppler) or simultaneous triplex mode-Real time Triplex (2D/CFM or Power Doppler and Pw Doppler) Tissue Harmonic
Imaging, Stress Echo, Anatomical M-Mode, Compound imaging, Speckle Reduction
Capable of accomodating the following optional modes of operation : Contrast Harmonic Imaging
O/C
Digital Beamformer with min 1024 processing channels, simultaneously active on both transmit and receive.
Transducer types : Linear array, Convex array, Phased array Sector in frequency range from 2-13 MHz.(approx.)
Frame rate min 600 fps . Maximum depth up to 30 cm.
Image display : Single/dual, 256 shades of gray. Image monitor min 15 inches
Digital scan converter : 512 X 512 X 8
Ergonomic keyboard with trackball and TGC keys
Digital image archiving for over 5000 images and for spectrum analysis (M-mode, Doppler) min 60 sec (cine loop)
To include factory Cart
To include DVD-RW, USB Flash memory
SOFTWARE ANALYSIS
1.Multiple distance and area/circumference measurements
2.Volume calculation ,general ellipsoid volume calculation.
3 Stress Echoe, TEE applications
4. Cardiac analysis package including diastolic and systolic study, left ventricular study, velocity, velocity, velocity time integral, aortic valve, mitral
valve, pulmanory valve, triscupid valve, etc.
5. Automatic real time Doppler calculations
PROBES
Working with Phased array Sector (2-10 MHz), Linear (4-13 MHz), TEE probes (4-7 MHz ) approx.
The configuration should include:
1.One Phased array Sector probe 2-3,5 MHz for adult cardiac examinations
2.One Transesophageal probe multi-plane
INTERFACING - COMMUNICATIONS-PRINTING
1.To include serial interface, USB connections, VHS output
2.Dicom 3.0 Compatible
3.Remote service capability
4.To include B/W video printer and video colour printer and video tape recorder
5.Power requirements: 220 V / 50Hz and rechargeable battery for at least one hour operation.
6.Easy to move, weight: max 10 Kg
H8A00
ABSORPTIOMETRY SYSTEM, X-RAY,DUAL ENERGY
GENERAL DISCRIPTION : Complete system for bone mineral assesment.
O/P FEATURES - PERFORMANCE
SCANNING REGIONS : AP spine, lateral spine, hip, forearm, total body - SCAN SPEED : Variable with maximum better than 60 mm/sec - SCAN TIME:
Better than 20 min for total body examinations - IN VINO PRECISION : Better than 1.0% C.V for A/P spine measurements - Complete data analysis
system for all scan modes. Complete data correction capability and positioning system - Patient exposure for A/P spine scan mode and medium speed
equal or less than 30 mR.
COMPUTER - High speed computer - High resolution colour monitor - Hard disk bigger than 100 MB - Colour printer
ACCESSORIES
Complete quality control system