Download Document

Government of Khyber Pakhtunkhwa
Health Department
DETAILED SPECIFICATIONS
For
BIO-MEDICAL EQUIPMENTS, INSTRUMENTS, GLASS WARE
AND OTHER GENERAL ITEMS FOR DEPARTMENT OF
Radiology
march 2017
1
S# Name of Equipments
1

DIGITAL COLOR DOPPLER
The Equipment must be FDA approved
DIGITAL COLOR DOPPLER WITH SHEARWAVE MORE THAN 400,000 RECEIVING /
PROCESSING CHANNELS HAVING 2D/M-MODE AND DOPPLER FACILITIES HAVING
DICOM COMPATABILITY AND UPGRADEABLE TO GPRS GUIDED BIOPSY AND FUSION
IMAGING OF CT/ MRI 3D VOLUME DATA TO SYNCHRONIZED WITH ULTRASOUND
IMAGING.
1) B-MODE SPECIFICATION :
A) SECTOR SCAN ANGLE VARIABLE IN FOUR STEPS.
B) VIEWING DEPTH: 30 CM OR MORE (BOTH IN B&W AND COLOR).
C) BUILT IN CINE LOOP WITH ABILITY TO VARY REVERSE AND SLOW MOTION
DISPLAY; INTERNAL MEMORY 256MB/ 2000 IMAGES OR MORE.
D) REAL TIME AND FREEZE IMAGE MAGNIFICATION AT LEAST 15X OR MORE WITH
PANNING FOR REAL, FREEZE.
E) FRAME RATE: 1700 FRAMES MINIMUM FOR B-MODE IMAGES.
2) M-MODE SPECIFICATION :
A) MAGNIFICATION/ZOOM: X20 OR MORE.
B) SWEEP SPEED: SLOW, MEDIUM, FAST.
C) COLOR DISPLAY OF M-MODE.
3) D-MODE SPECIFICATION :
A)
PULSE-WAVE DOPPLER MEASURABLE VELOCITY RANGE.
B)
HPRF DOPPLER.
C)
COLORIZED SPECTRUM DISPLAY.
D)
AUTOMATIC BASELINE AND VELOCITY RANGE CONTROL.
E)
LIVE MEASUREMENTS FOR DOPPLER SPECTRUM.
4) COLOR DOPPLER MODE SPECIFICATIONS :
- PW DOPPLER MUST BE CONTINUOUS STEERABLE IN THE COLOR BLOOD
FLOW IMAGE MODE IN REAL TIME.
- 2D IMAGE WITH COLOR, CW AND PW DOPPLER.
- WINDOWS BASED SYSTEM FOR EASY USAGE WITH PROGRAMMABLE
CONTROL PANEL KEYS.
- TISSUE HARMONIC IMAGING WITH 3 THI OR MORE FREQUENCY.
- POWER DOPPLER.
- TRIPLEX MODE FOR SIMULTANEOUS DISPLAY OF COLOR B/M AND
MODE DISPLAYS.
- 250 dB SYSTEM DYNAMIC RANGE OR MORE.
5) MEASUREMENT PACKAGE :
TO PROVIDE COMPREHENSIVE SOFTWARE PACKAGE FOR MEASUREMENT OF
DISTANCE, CIRCUMFERENCE, AREA, TIME DEPTH, VELOCITY, FREQUENCY, HEART
RATE, VOLUME, NUCHAL THICKNESS MEASUREMENT SOFWARE TO BE PROVIDED AS
STANDERD.
6) SYSTEM COMPLETE WITH FOLLOWING FACILITIES AND ACCESSORIES:
2
D-
-
FULL 21-INCHES OR MORE DISPLAY AREA FOR DIAGNOSTIC IMAGING
LCD/TFT COLOR MONITOR, WITH RESOLUTION 1280 x 1024 PIXELS MINIMUM .
- 4 ACTIVE TRANSDUCER CONNECTOR FOR TRANSTHURASIC PROBES.
- DVD/CD DRIVE FOR IMAGE STORAGE TO BE BUILT-IN TO THE SYSTEM.
500GB HARD DISK DRIVE TO BE BUILT-IN TO THE SYSTEM.
- BUILT IN DICOM COMPATIBILITY.
- COMPARE ASSISTANT
- TOUCH COMMAND SCREEN CONTROL AT LEAST 10-INCHES COLOR LCD/TFT.
- B-FLOW/SMI/MICRO CPA
7 ) STANDARD PROBES :
2– 6 MHz OR BETTER MULTI-FREQUENCY CONVEX PROBE FOR B/M/CDI/PW WITH
SHEARWAVE ELASTOGRAPHY.
2-8MHz OR BETTER MULTI-FREQUENCY LINEAR PROBE FOR VASCULAR STUDIES AND
FOR STRAIN ELASTOGRAPHY.
5-10MHz OR BETTER MULTI-FREQUENCY ENDOCAVITY PROBE FOR B/M/CDI/PW .
9) TISSUE DOPPLER IMAGING MODE.
10)
TISSUE HARMONIC IMAGING WITH 3 HARMONIC FREQUENCIES.
11)
AUTO IMAGE OPTIMIZATION/QUICK SCAN IMAGING FOR AUTOMATIC STC / GAIN
AND DOPPLER SPECTRUM ADJUSTMENT WITH OPTIMAL IMAGE QUALITY BY USING
ONE TOUCH OPERATION.
12)
TRAPEZOID IMAGING / WIDE VIEW IMAGING.
13)
SONO CT/COMPOUND/APLIPURE IMAGING FOR BOTH FREQUENCY
COMPOUNDING AND SPATIAL COMPOUNDING IN B/W AND COLOR MODE.
14)
ADAPTIVE SUPRESSION IMAGING /PRECISION IMAGING TO ENHANCE
B-MODE IMAGING, DETAILED IN LAYERS AND BOUNDARIES AND SHARPENED
OUTLINES OF THE LESIONS AND REDUCE CLUTTERING.
15)
LIVE STRAIN RATE ELASTOGRAPHY WITH QUANTIFICATION
16)
LIVE SHEARWAVE ELASTOGRAPHY WITH QUANTIFICATION
17)
WITH HARDWARE & SOFTWARE UPGRADABLE.
18)
Online UPS (5KVA) with thermal printer and DVD Writer
19)
A.Volume navigation: (Along Biopsy guides)
B. Needle tracking
C) Ability to track needle in and out of plane to support
interventional procedures.
20)
Technical Training + Services Manual
21)
Other accessories
i)
7-14 MHZ MULTI-FREQUENCY LINEAR PROBE FOR B/M/CDI/PW FOR BREAST
3
IMAGING AND STRAIN ELATOGRAPHY.
ii)
iii)
iv)
SMART 3D FOR THE ACQUISITION OF VOLUME DATA AND DISPLAY OF 3D
IMAGES IN B/W AS WELL AS COLOR WITHOUT USING A 4D TRANSDUCER.
3-7 MHZ MULTI-FREQUENCY 4D VOLUME CONVEX PROBE FOR 4D IMAGING
WITH RENDERING MODES INCLUDING VOLUME RENDERING, MAXIMUM
INTENSITY PROJECTION (MIP), MULTIPLE PLANE RENDERING (MPR) AND
CAVITY ALSO WITH MULTIVIEW (.SIMULTANEOUS CORONAL, SAGITTAL AND
OBLIQUE VIEW), AND FULL VOLUME VIEW.
4-10 MHZ MULTI-FREQUENCY 4D VOLUME ENDOCAVITY PROBE
FOR 4D
IMAGING.
v)
HD IMAGING / LUMINANCE IMAGING PROCESS TECHNOLOGY TO MAKE 3D/4D
IMAGES OF FETUSES AND ANATOMICAL STRUCTURES
APEARS MORE REALISTICS.
SYSTEM MUST HAVE FDA & CE
COMPREHENSIVE WARRANTY OF 03 YEARS WITH EXTENDED 02 YEARS
(TOTAL 05 YEARS) SHOULD BE PROVIDED BY THE PRINCIPAL.
 Site renovation/preparation and air conditioning for this machine will be the
responsibility of the vendor. Two Weeks training of 02 Radiologist for
Elastography in any eminent Elastography centre abroad on the expense of the
vendor.
The supplier will have to make interior of the suite necessary furniture branded upper end
computer with all accessories, printing paper, ultra sound gel, ultra sound paper, ups Backup
& stabilizer, wheel chair, air condition 2.5 ton.
2
X-Ray DR Suite
Digital Radiography/ Fluoroscopy unit of high quality digital imaging chain, optimal
dose conservation, high patient throughput with over table tube and Flat Panel Detector.
 The output of the X-ray high-voltage generator should be 80 kW. The X-ray control should use a
high-frequency inverter.
 The tabletop move approx. 16 cm in the lateral direction.
 The table tilts should be from the upright vertical position (approx. +90/30°) to the horizontal
position (0°) to the head-down-tilt position (approx. -15°).
 The tabletop should be convex type to allow patient centering.
 The startup time should be short.
X-Ray Diagnostic Table:
Table tilting
Tilt range: Upright vertical position (approx.+90/30°)
Compression force of the compression cone: 70 N or more
Allowable patient mass: 150kg or more.
X-Ray High Frequency Generator:
Ratings
High-voltage generation method: Inverter method
Nominal maximum electric power: 80 kW
4
Radiography
Radiographic tube voltage setting range: 40 kV to 125 kV, in 1-kV increments
Radiographic tube current setting range: 10 mA to 1000 mA
Radiography time setting range: 1.0 ms or less
X-Ray Tube:
Focal Spot (mm): 0.6/1.2 (Dual Focus)
Anode Heat Storage Capacity of 350KHU or more.
FLAT PANEL DETECTOR :
Pixel size: 160μm (non-binning) or better.
DQE: 55% or better.
Field Size 14x17 inches or more
Effective pixel: 2000 x 2000 or better
DIGITAL IMAGING SYSTEM:
Basic image processor performance Images from the detector should be input in digital
format.
Image storage Capacity of hard disk: 80,000 images for 1024 × 1024 2-Image display Monitors
a)
System monitor display for Playback images, processed images,
Multi-Images, etc.
b)
Live monitor 1280 × 1024 pixels for Digital fluoroscopic images, fluorography images,
playback images, etc.
Fluoroscopic function
Image processing
· Recursive filter with motion detection
· Last image hold
· Image flipping
· Spatial filter (edge enhancement, smoothing)
· Digital Compensation Filters.
Recording
Fluoroscopic image and last-image-hold image can be stored to hard disk.
Fluoroscopic image acquisition
· Frame rate: 0.5 to 15 fps
· upto15fps
Nominal min.exposure time 3ms
Fluorography function
Images should be recorded to hard disk processed, and displayed on the monitor.
Real-time image processing: Digital Compensation Filter and Super Noise Reduction Filter.
Post processing
Grayscale: Adjustment of contrast and brightness Filming
Laser imager with multi-sizes of 14 x 17 and 8 x 10
Provision of DICOM facility
Local Controller Console in examination room with Dual Monitors.
PRINTER
a. High resolution digital medical grade, DICOM compatible, high throughput as per
customer requirement will be preferred.
CE/MHWL/FDA approval required for the quoted equipment.
5
It shall be fully DICOM compliant with all standards DICOM. Specifications with interface to the
hospital RIS/PACS networks/system.
DICOM CD DVD writing software should also be included.
Equipment and computer cabinets and control console desk and lead glass (2” x 3”)and a, with
operator chair shall be included with the system price.
Comprehensive warranty of complete system including detectors should be three (03) years with
02 years extended and free software up-gradation up to 10 years should be responsibility of
vendor.
Power Requirements
Line voltage: Three-phase, 200-440VAC
Line frequency: 50 Hz
Permissible line voltage fluctuation rate (no load): ±10%
Country of Manufacturer; Japan /USA/Europe.
PC and MS Software (IMAGE AUQUISITION CONSOLE/ WORK STATION).
X-Ray Tube, Work Station and Detector compatibility certificate should be provided
by the manufacturer
Equipments must be FDA/CE/JIS or MHLW certified.
3
The supplier will have to make interior of the suite necessary furniture, ups Backup for the whole system,
stabilizer, Viewer X-Ray Films , Gloves Lead Rubber With Gauntlets, Thermometer, Lead Apron
(sample based), Lead Goggles, Goggles Darkness Adaptation, wearing Suites & Shoes for
technician, Foot Steps, air condition 2.5ton(2) .
Digital Mammography Suite
Mammography System with Tomosynthesis
Suitable for Tomosynthesis, Mammography and Biopsy.
 Advanced digital mammography unit providing a comprehensive breast care solution including
 Breast Tomosynthesis (DBT)
 Mammography (FFDM)
 Combined DBT/FFDM examinations within the same breast compression (COMBO)
 Biopsy Device Unit offering lesion localization by either Tomosynthesis or stereotactic approach
Technical Specification
GENERATOR
 High Frequency
 Microprocessor Controlled
 Very low ripple:  1
 Microprocessor Controlled
 Max. Power: 5 kW or better
 kV: 25– 35 with 0.5 kV steps
 mAs: 2 – 600 steps 1mAs
 mA : 110 – 140 mA or better
GANTRY / DBT
6
 Total scan angle : 30 degrees
 Number of projections : 11
 Scan time (Tomo/Combo) : ~ 10 s / ~14s
 Tube movement : “Step and Shoot”
 Stereotactic angle movement : 0°/-15° ; 0°/15°
 Source to image distance: 685 mm
 Arm Rotation : -/+180;
X-RAY TUBE
 Rotating High Speed:
 Anode Thermal Capacity: 300 kHU (222 KJ)
 Cooling rate : 60 kHU/min
 Small Focus: 0.1 mm; up to 2.5 kW
 Large Focus: 0.3 mm; up to 9.6 kW
 Inherent Filtration: 0.63 mm Be
 Tube overload protection
DETECTOR
 Detector dimensions: 24x30 cm (239x305 mm)
 Amorphous Selenium
 Matrix: 2816 x 3584 pixel
 Pixel dimension: 85 m or better. The pixel should remain 85 m under all
circumstances
 Spatial resolution (DBT and FFDM) : > 6 lp/mm
 Image depth : 13 bit (visualization)
 Single Slice DBT Image dimension: ~19Mbyte
 Quantum Efficiency (DQE) at 1 lp/mm  65%
BUCKY
 Dimensions: 24 x 30 cm
 Grid: ratio 4:1, 31 lines/cm, carbon fibre interspaced
 Focal distance : 69 cm
 Bucky factor : 2.0 (@28kV)
 Retracting grid system for the Tomosynthesis acquisition mode
A.E.C.
 Fully Computer Controlled

Fully automatic: all parameters (kV, mAs, filters) automatically selected by the
computer

Manual tech: all parameters (kV, mAs, filter) manually selected
S.C.S.” - SENSITIVE COMPRESSION SYSTEM
7


Fully computer controlled power driven and manual mechanism
High approach speed and reduction speed during the compression; foot-pedal
control
 Manual fine compression according with FDA regulations
 Max Force 200 N (20 kg)
 Min Force (0-50 N) configurable
 x-ray inhibited in automatic modes if no compression applied
 Compression paddle size: 18 x 30 and 24 x 30 cm
PROTECTION GLASS
 Dimensions: 1928 mm (H) x 700 (L) mm
 Radiation protection: following the rules EN 60601-1-3 (0.1 mm lead
equivalent)
ACQUISITION WORKSTATION SOFTWARE
 Computer system
 Interface towards DICOM peripheral units –compatible: RIS, PACS,
validated laser printers
 Touch screen Panel: to control the operation of the equipment and to
display set and exposure parameters (kV, mAs, AEC technique, AGD,
Filter, Compression force and thickness, Mag level, Paddle used,
Collimator size, Tube heat, Status)
 TFT High Res. Display: 21.3 inch 2 MPixel monitor to view acquired
images using same software interface of the AWS
RAFFAELLOAW Software should have following features:




Window level: very large possibility to adjust the contrast and the brightness
Electronic zoom on the whole image
Pan the zoomed image on the monitor
Ruler with multiple application
Automatic and/or manual extension of the “window level” to all images of the
same pat
 Image inversion
 Annotation on image
 Magnifying glass with adjustable magnification factor and lens dimensions
 Possibility to restore only the original dimension or window level and dimension
 Possibility to visualize 1:1 so that every image pixel corresponds to a pixel of
the monitor
 key function to hide/display all labels with patient data (as to enable a
best visualization of the displayed of the displayed image)
 Possibility to visualise one, two or four image on the same monitor, minimizing
mouse clicks.
 Possibility to go to next page contents other image
 Possibility to send the image to other DICOM entities or to a PACS
 Tomosynthesis image in DBT format
8
Breast biopsy with Stereotactic Device

Original solution for inserting the needle in the breast at a variable
angle. Allows the radiologist to optimize the needle’s angle in X-Y-Z
direction according to the software indication.
 Digital control panel with touch screen display.
 Wide biopsy area
 Suitable for all types of procedures in the prone or the upright position with
frontal, inclined, and lateral approach.
 Biopsy Gun with disposables for 50 patients
Review Work Station
WS-FP Review & diagnostic workstation dedicated to the Radiologist, breast
cancer specialist. It receives directly images from the acquisition workstation
(AWS).
Dedicated Computer for images processing.
Software dedicated for Tomosynthesis & digital mammography, user interface for
visualization, processing and transmission of Tomosynthesis & mammographic
images.
Dual head LCD 5M pixel medical display system, designed for digital
mammography, with integrated front sensor for automatic and intervention free
Calibration and QA.
Professional burner to store the digital images on DVD disk (with a capacity of 4, 7
GB) or CD (with capacity of 700MB).
DICOM 3 interface
Computer Aided Detection (CAD)
The system should have FDA and CE.
LASER IMAGER TWO TRY
UPS to run the entire system including mammography system and printer
for 20 minutes backup :
WARRANTY: Comprehensive warranty of the whole system including
Detector and equipment should be 03 years with 02 years
extended and free software up-gradation should be up to 10
Years.
4
The supplier will have to make interior of the suite necessary furniture, ups Backup, stabilizer,Viewer X-Ray
Films (04) , Gloves Lead Rubber With Gauntlets(04 pairs), Thermometer, Lead Apron(04) (sample based),
Lead Goggles(02 pairs), Goggles Darkness Adaptation(02 pairs), wearing Suites(03) & (05 pairs)Shoes for
technician, Foot Steps, one thousand Cds and air condition 2.5 ton.
Standardized Specifications of Mobile X-Ray
1.
General.
Mobile X-Ray machine with Battery & Motor Driven.
2.
X-Ray Generator.
a.
High Frequency microprocessor bases 100kHz or better
b.
Max Power 30 kW or more
c.
Max Voltage 125kV or more
9
5
d.
Max Current 400mA or more
e.
Max 320mAs or better
3.
X-Ray Tube
a.
X-ray tube with rotating anode 3000 rpm or better
b.
Focal spot 0.6-1.3mm or better
c.
Thermal Anode Heat Storage capacity 140 kHU or more
4.
Control Desk
Microprocessor control console with Colour 9” touch screen Display or better
5.
Operating Modalities
a.
2 point or 3 point X-ray technique (S.M,L) or equivalent
b.
150 Programmed anatomical radiography or more
c.
X-Ray push button with double release with extension cable up to 4 meters
d.
Operation without main plug > 300 exposure or better without recharge
e.
Battery Powered motor driven movement
6.
kV selection
From 40 to 125 kV (in steps) or better
7.
mA selection
From 50 to 400 mA or better
8.
Selection of exposure times
From 0.001 to 6.3 sec or better
9.
mAs selection
From 0.5 to 320mAs or better
10.
Collimator
a.
Collimator with multiple layer blades and manual control
b.
Collimator rotation + 90o or equivalent
11.
Mechanical Unit
a.
Arm rotation+ 90o or equivalent
b.
Dead-man brake system
c.
Rotation of mono-black supporting fork +90o/-180o or equivalent
d.
Rotation of mono-black in fork 0o/+90o or equivalent
12.
Safety Devices and Guards
a.
Protection and automatic control of filament current
b.
Protection from over load, over current and over voltage (mAs, kV, mA)
c.
Protection from maximum load of X-ray tube
d.
Operator error or malfunctioning indication
13.
Power Supply
a.
Standard voltage 230V + 10%, 50HZ
b.
Compact batteries within the system for standalone operation of the system without electric
supply for both X-Ray exposure and system breaks.
14.
Certification:
FDA of USA/ESMD-13485/CE
15. WARRANTY : Comprehensive warranty of 03 years.
The supplier will have to supply Lead Apron (sample based), Lead Goggles,
FLUOROSCOPY SYSTEM
X-RAY DIAGNOSTIC TABLE
10
Tilting range:
Lateral movement of the tabletop:
Distance between the X-ray tube focus and
the I.I. input surface:
Compression cone pressure controlled by
remote:
Maximum load capacity:
X-ray grid:
Vertical position (+90°) approximately to
horizontal position (0°) to head down
position (-15° or more)
22 cm (±12.5 cm)
100 cm or similar
Max. 80 N or better
Max.150 kg or more
12:1 Ratio or better
X-RAY GENERATOR 80 KW or more
Ratings
High-voltage generation method:
Radiography ratings:
Fluoroscopy rating:
Inverter method
100 kV @ 500 mA or more
125 kV/4 mA or more
X-RAY TUBE
Max. tube voltage:
Focal spot:
Anode heat storage capacity:
150 kV or more
0.3/0.8 mm or better
250 kHU or more
IMAGE INTENSIFIER
Input size:
Triple field (12/9/6 inches) or better
DIGITAL FLUOROGRAPHY SYSTEM
Image input
Continuous fluoroscopy:
Radiographic image acquisition:
Maximum number of images:
Image storage
Disk:
Fluoroscopic function
2000 × 2000 pixels @ 7.5fps or better
1024 × 1024 pixels
150 images per examination or more
10,000 images or more
Fluoroscopic image processing
Dynamic recursive filter processing
Last image hold processing
Image vertical and lateral flip processing
Fluorographic function Images should be
recorded on the hard disk and should be
processed and displayed on the monitor.
Digital single fluorography
Digital sequential fluorography
Sequence parameters to be preset.
Radiographic image processing
Gray-scale processing
Auto-window processing
11
Spatial filter processing (edge
enhancement, smoothing)
Negative/positive reversal processing
Magnification processing.
Rotation
Image vertical and lateral flip processing
Display functions
Multiframe display
Subdivided display
Auto display shutter
Graphics (letters, arrows, rectangles,
ellipses) Distance and angle
measurement.
Filming
Laser imager interface: DICOM print
Connection
Network communication
DICOM storage
DICOM print
MONITOR:
LCD size:
Resolution:
Laser Camera: Integrated DICOM interface
supports printing from DICOM print
modalities
19 inches or more
1600 × 1200 or better
SECOND STATION FACILITY:
GENERAL RADIOGRAPHY SYSTEM
FLOOR TO CEILING TYPE TUBE
SUPPORT
X-RAY TUBE
Longitudinal Movement: 200cm or more
Lateral Movement: 38cm or more
Vertical Movement: 160cm or more
Max Tube voltage: 150Kv or more
Focal Spot:
0.6/1.2mm or better
Anode Heat
Storage capacity: 600KHU or more
VERTICAL BUCKY STAND Compatible Cassette Size: 8" x 10" to 14" x 17"
Bucky Device
Movement: 680 to 180cm or more
System must have FDA/CE/MHLW.
WARRANTY: Comprehensive warranty of the whole system including
Detector and equipment should be 03 years with 02 years
12
6
extended and free software up-gradation should be up to 10
Years.
The supplier will have to make interior of the suite necessary furniture, ups Backup,
stabilizer, Viewer XRay Films , Gloves Lead Rubber With Gauntlets, Thermometer, Lead Apron(04) sample based, Lead
Goggles(03 pairs), Goggles Darkness Adaptation (03 pairs), Viewer X-Ray Films (04), wearing
Suites(03),mobile lead glass partition(2)& Shoes for technician (10 pairs), Foot Steps and air condition 2.5ton.
Ultra Sound Work Horse
FULLY DIGITAL BEAM FORMER HAVING 128 PHYSICAL AND MORE THAN 300,000
PROCESSING CHANNELS COLOR DOPPLER SYSTEM WITH 12-BIT A/D CONVERSION , 2D/MMODE AND DOPPLER FACILITIES, (PW, HPRF, & COLOR FLOW IMAGING) AND WITH A HIGH
RESOLUTION IMAGING DOPPLER SIGNAL QUALITY.HAVING DICOM COMPATABILITY AND
UPGRADEABLE TO STRAIN ELASTOGRAPHY WITH LINEAR PROBE.
1)
B-MODE SPECIFICATION :
A)
SECTOR SCAN ANGLE VARIABLE IN FOUR STEPS.
B)
VIEWING DEPTH: 30 CM OR MORE (BOTH IN B&W AND COLOR).
C)
BUILT IN CINE LOOP WITH ABILITY TO VARY REVERSE AND SLOW
MOTION OF DISPLAY; INTERNAL MEMORY 256MB/ 2000 IMAGES OR MORE.
D)
REAL TIME AND FREEZE IMAGE MAGNIFICATION AT LEAST 10X OR MORE
WITH PANNING FOR REAL, FREEZE.
E)
FRAME RATE: 1000 FRAMES MINIMUM FOR B-MODE IMAGES.
2)
M-MODE SPECIFICATION :
A)
MAGNIFICATION/ZOOM: X10 OR MORE.
D)
SWEEP SPEED: SLOW, MEDIUM, FAST.
E)
COLOR DISPLAY OF M-MODE.
3)
D-MODE SPECIFICATION :
F)
PULSE-WAVE DOPPLER MEASURABLE VELOCITY RANGE.
G)
HPRF DOPPLER.
H)
COLORIZED SPECTRUM DISPLAY.
I)
AUTOMATIC BASELINE AND VELOCITY RANGE CONTROL.
J)
LIVE MEASUREMENTS FOR DOPPLER SPECTRUM.
4)
COLOR DOPPLER MODE SPECIFICATIONS :
PW DOPPLER MUST BE CONTINUOUS STEERABLE IN THE COLOR BLOOD
FLOW IMAGE MODE IN REAL TIME.
- 2D IMAGE WITH COLOR, CW AND PW DOPPLER.
- WINDOWS BASED SYSTEM FOR EASY USAGE WITH PROGRAMMABLE
CONTROL PANEL KEYS.
- TISSUE HARMONIC IMAGING WITH 3 THI OR MORE FREQUENCY.
- POWER DOPPLER.
- TRIPLEX MODE FOR SIMULTANEOUS DISPLAY OF COLOR B/M AND DMODE DISPLAYS.
- 230 dB SYSTEM DYNAMIC RANGE OR MORE.
5)
MEASUREMENT PACKAGE :
TO PROVIDE COMPREHENSIVE SOFTWARE PACKAGE FOR MEASUREMENT OF
DISTANCE, CIRCUMFERENCE, AREA, TIME DEPTH, VELOCITY, FREQUENCY,
HEART RATE, VOLUME, AUTO-NUCHAL THICKNESS MEASUREMENT SOFWARE
TO BE PROVIDED AS STANDERD.
13
6)
7)
COMPARE ASSISTANT
B-FLOW/SMI/MICRO-CPA
SYSTEM COMPLETE WITH FOLLOWING FACILITIES AND ACCESSORIES:
FULL 21-INCHES OR MORE DISPLAY AREA FOR DIAGNOSTIC IMAGING
LCD/LED COLOR MONITOR, WITH RESOLUTION 1280 x 1024 PIXELS
MINIMUM .
4 ACTIVE TRANSDUCER CONNECTOR FOR TRANSTHURASIC PROBES.
DVD/CD DRIVE FOR IMAGE STORAGE TO BE BUILT-IN TO THE SYSTEM.
500GB HARD DISK DRIVE TO BE BUILT-IN TO THE SYSTEM.
BUILT IN DICOM COMPATIBILITY.
TOUCH COMMAND SCREEN CONTROL AT LEAST 10-INCHES COLOR
LCD/TFT.
STANDARD PROBES :
-
22)
23)
24)
25)
26)
27)
2-5MHz or better MULTI-FREQUENCY CONVEX PROBE FOR B/M/CDI/PW.
4-12 MHz or better MULTI-FREQUENCY LINEAR PROBE FOR B/M/CDI/PW.
3-11MHz MULTI-FREQUENCY ENDOVIGINAL PROBE
TISSUE DOPPLER IMAGING MODE.
TISSUE HARMONIC IMAGING WITH 3 HARMONIC FREQUENCIES.
AUTO IMAGE OPTIMIZATION/QUICK SCAN IMAGING FOR AUTOMATIC STC /
GAIN AND DOPPLER SPECTRUM ADJUSTMENT WITH OPTIMAL IMAGE
QUALITY BY USING ONE TOUCH OPERATION.
TRAPEZOID IMAGING / WIDE VIEW IMAGING,ILIVE IMAGING.
SONO CT/COMPOUND/APLIPURE IMAGING FOR BOTH FREQUENCY
COMPOUNDING AND SPATIAL COMPOUNDING IN B/W AND COLOR MODE.
ADAPTIVE SUPRESSION IMAGING /PRECISION IMAGING TO ENHANCE B-MODE
IMAGING, DETAILED IN LAYERS AND BOUNDARIES AND SHARPENED OUTLINES
OF THE LESIONS AND REDUCE CLUTTERING.
15) A.Volume navigation: (Along Biopsy guides)
B. Needle tracking
C. Ability to track needle in and out of plane to support
interventional procedures.
16) Technical Training + Services Manual
vi)
OPTIONALS (SHOULD BE QUOTED SEPERATELY)
4-14 MHZ MULTI-FREQUENCY LINEAR PROBE FOR B/M/CDI/PW FOR BREAST
IMAGING
AND STRAIN ELATOGRAPHY.
vii) SMART 3D FOR THE ACQUISITION OF VOLUME DATA AND DISPLAY OF 3D IMAGES
B/W AS WELL AS COLOR WITHOUT USING A 4D TRANSDUCER.
viii) 3-7 MHZ MULTI-FREQUENCY 4D VOLUME CONVEX PROBE FOR 4D IMAGING WITH
RENDERING MODES INCLUDING VOLUME RENDERING, MAXIMUM INTENSITY
14
IN
ix)
PROJECTION (MIP), MULTIPLE PLANE RENDERING (MPR) AND CAVITY ALSO WITH
MULTIVIEW (.SIMULTANEOUS CORONAL, SAGITTAL AND OBLIQUE VIEW), AND
FULL
VOLUME VIEW.
4-10 MHZ MULTI-FREQUENCY 4D VOLUME ENDOCAVITY PROBE FOR 4D IMAGING.
x)
IMAGES
HD IMAGING / LUMINANCE IMAGING PROCESS TECHNOLOGY TO MAKE 3D/4D
OF FETUSES AND ANATOMICAL STRUCTURES
APEARS MORE REALISTICS.
SYSTEM MUST HAVE FDA & CE
COMPREHENSIVE WARRANTY OF 03 YEARS WITH EXTENDED 02 YEARS
(TOTAL 05 YEARS) SHOULD BE PROVIDED BY THE PRINCIPAL.
7
The supplier will have to make interior of the suite necessary furniture branded upper end computer with all
accessories, printing paper, ultra sound gel, ultra sound paper, ups Backup & stabilizer, wheel chair and air
condition 2.5 ton.
PORTABLE Ultra Sound MACHINE
GENERAL:
 A fully portable color Doppler Ultrasound system with maximum 6kg weight and 100000 or more
digital channel, with complete cardiac functionality and imported trolley.
DISPLAY:
 High resolution 15 inches or more LCD/LED
OPERATING MODES:
 2-D and M-modes, PW HPRF, CW, Color Doppler, Real Time Duplex mode, Real time Triplex Mode,
Tissue Doppler, B-Flow/SMI.
CONTROL PANEL:
 Alphanumeric touch keyboard with built-in trackball/touchpad.
 Audio volume control.
 User selectable image magnification control.
 Adjustable transmit focusing control.
 Digital TGC
FRAME RATE:
 Minimum 1000 frames per second (more are preferable) in 2-D mode
MEASUREMENTS:
 Complete calculations including Z scores available in system
 Retrospective/Prospective saving of images and cine
 Ob/Gyn/Abd/Urology/Super ficial/Small parts Radiology Calculations
CINE MEMORY:
 Minimum cine memory for 1000 frames (more are preferable).
IMAGE VIEWING DEPTH:
 15-350mm or more for radiological applications.
PROBES:
15


Multi frequency sector probes to minimum cover 2 to 5 MHz or better range for adults.
Multi frequency sector probes to minimum cover 6 to 12 MHz or better range for pediatrics.
PORTS:
 3 active probe ports with imported trolley.
IMAGING MODES / TECHNIQUES:
 Tissue harmonic imaging for cardiac and vascular imaging,
 Tissue Doppler imaging,
 Tool for calculating deformation and rate of deformation of the tissue, visualization of small vessels,
velocity of myocardial segments, real time myocardial systolic displacement, wider field of
view/Trapezoid with phased array probe
 Steerable M-Mode
 Auto IMT measurements
 System should be capable to set Stress Protocols
 Tool for comprehensive reporting in system
 Built in battery with three hours backup
ACCESSORIES:
 B&W Thermal Printer, Casing
INTERNATIONAL QUALITY AND SAFETY STANDARDS:
 FDA/CE
Warranty: 3 years standard warranty
POWER MANAGEMENT:
 220V, 50HZ.
The supplier will have to make interior of the suite necessary furniture branded upper end computer with all
accessories, printing paper, ultra sound gel, ultra sound paper, ups Backup & stabilizer, wheel chair.
8. CT Scan
WHOLE BODY MULTISLICE (128 OR MORE SLICES) COMPUTERIZED
TOMOGRAPHY SCANNER
PRE-REQUISITE:
• The medical equipment must comply with 510(K) FDA (Food & Drug
Administration), CE,MDD (Medical Device Directive) and MHLW (Ministry of
Health, Labour & Welfare) for specific quoted model.
• The firms must quote their latest and leading brands from the above
mentioned origins with the proven past performance nationally and
internationally. The firm must possess its related back up support services
including trained engineers, workshop facilities, spare parts availability and
repair/calibration tools etc.
16
• The firm/s should have proper infrastructure to handle and execute the
complete package.
Latest model having the latest hardware and all latest software on console &
Standalone /Thin client workstations.
CT Scan
S#
1.
PARAMETER
GANTRY
2.
TUBE
3.
GENERATOR
4.
DETECTORS
DESCRIPTION
1.1. System should be capable of Acquiring / Generating 128 or moreslices per gantry rotation in real time.
1.2. Gantry bore / aperture to be at least 70cm or more.
1.3. Minimum gantry rotation time to be at least 0.35seconds or better,
for 128 slices per 360 degree rotation, for cardiac applications. All
the firms should quote their latest model scanner.
1.4. Gantry tilt range must be + 30 degree.
1.5. Maximum scan field of view to be at least 50cm for Paeds&
Children the system should be able to reduce the field of view to
200mm or less.
1.6. Minimum slice thickness of at least 0.625mm.
1.7. Dual Control (including tilt,) of gantry and table from the gantryhousing and console.
2.1 Heat storage capacity of at least 7MHU or better without Iterative
Dosage.
The system is able to reduce within one rotation or one FOV to protect
sensitive organs
2.2 Anode heat dissipation of 800KHU/min or better
2.2 Generator output of up to 600mA or more for Cardiac applications.
3.1 High frequency power generator with minimum power of at least
70kW or more
3.2 should be capable of variable kV setting in steps (80 TO 135 KvP or
more)
3.3 should have ability to vary the power (mAs) automatically in steps.
3.4 Real-time dose reduction hardware / software and with ECG
modulation
3.5 Able to calculate patient dose in mili-sevriert preferably before image
acquisition (CTDI) Iterative dose reduction must be offered.
3.6 Low contrast detectability (LCD) is the most important specifications
of CT Scanner. The CT Scan must be capable to show LCD of 3mm at
3HU (0.3%) contrast difference with radiation dosage of not more than
10mGy.
3.7 Scan Length of at least 1.75meters or more of helical or axial scan in
a single acquisition.
3.8Maximum Scan Time 120sec. or more for handling heavy patient load.
4.1 Solid state crystal ceramic detectors with conversion efficiency (XRay to signal strength) of nearly 100% latest technology.
17
5.
COUCH
6.
CONSOLE
COMPUTER
4.2 Isotropic voxel size of 0.33mm or better, in all three axis
4.3 Minimum 64 physical detectors and detector electronics capable of
providing more than 128 slices per gantry rotation or more.
4.4 Detectors width 38mm or more per gantry rotation.
High contrast resolution should 18lp/cm at 0% MTF across full detector
coverage of x, y and z axis,Dynamic image coverage of 27cm or more,
All application should be available on console and workstation.
5.1 Dual motorized control (from console and gantry) of table movements
in horizontal and vertical axis.
5.2 Maximum weight allowed on the couch up to 200kg or more
5.3. Horizontal movement speed up to 100mm per second.
5.4 Single acquisition scan range of at least 1.75meter
5.5 Scan with at least 0.25mm accuracy / reproducibility on a 200kg
patient.
5.6 Lateral table shift of +/- 42mm for easy patient centering during
cardiac and trauma scanning.
6.1 System architecture and operating system must be based on latest
technology (64 bit RISC or Dual Xenon Processor PC) original.
6.2 Multitasking and parallel processing CPU system.
6.3 At least 32GB RAM or more
6.4 Hard disc capacity for image storage of at least 900GB or more.
6.5 Capable of storing at least 3000 raw data files / rotations or 700 GB
raw data / 450000 images in 512 x 512 format
6.6 Reconstruction of at least 35 images per seconds or better at 512 x
512 matrix with iterative dose reduction.
6.7 Image area display matrix dimensions (1024 x 1024 )
6.8 Console color monitor, TFT type of at least 19inches x 2, medical
grade with maximum viewing angle
6.9 CD / EOD and DVD writer
6.10 CONSOLE SOFT WARE
All the latest cardio-vascular and whole body software should be supplied
as standard which is available at the time of shipment.
USER INTERFACE SOFTWARE
6.10.1 True isotropic volume acquisition
6.10.2 Prospective and retrospective ECG gated acquisition
6.10.3 Variable Delay algorithm like fixed percent delay ( FPD) and fixed
offset delay ( FOD ) or better , for selection of period of least motion in
cardiac cycle ( temporal resolution of 60 milli second or better; less will
be preferred )
6.10.4 Automated contrast media bolus tracking software
6.10.5 3D RECONSTRUCTION DISPPLAY ORIGINAL COMPANY
SOFTWARE.
a. Maximum and minimum intensity projections
b. Multiplaner and curved planer reconstruction
c. 3D shaded surface display
18
7.
WORKSTATION/
SERVER
SOLUTION
d. 3D volume rendering software
e. 3D virtual endoscopy, colonoscopy and bronchoscopy
f. 3D cone beam correction.
6.10.6 CT angiography
6.10.7 Brain perfusion analysis
6.10.8 Dental CT
6.10.9 Image reconstruction
6.10.10Fat Index View to calculate body fat area based on a single slice
of non-contrast-enhanced CT data. Body
fat area to be
calculated including total fat, visceral fat and subcutaneous fat
area. BMI should also be calculated with Reporting function and
color display.
6.10.11Lung Nodule Detection and analysis
6.10.12Cardiac Function Analysis
6.10.13 a) Artifact reduction algorithm
b) Automatic control of tube current over high and low attenuation
areas for patient dose reduction software for low dose to patient
original / certified.
c) ITERATIVE DOSE REDUCTION SOFTWARE SHOULD BE
APPLICABLE FOR WHOLE BODY ORGANS.
FDA/CE approved, independent, multimodality, fully functional. All
companies will supply the work-stations as recommended by the
manufacturer and supplier by them worldwide.
THREE INDEPENDENT STAND ALONE WORKSTATIONS/
CONCURRENT Licences ARE REQUIRED, THESE SHOULD NOT
BE THIN CLIENT
7.1 High speed link to operator console on DICOM network
7.2 System architecture and operating system
a. Dual processor Xeon
b. 2.66 GHz or more speed
c. 512 cache or more
d. Graphic cord and network cord
7.3 Should have one high resolution TFT monitor of 18 inch or more
7.4 DVD RW (super-drive will be preferred )
7.5 DICOM-3 viewer with universal PC display capability (licensed )
7.6 Heavy duty Laser black and white printer A4 /letter size 2400 dpi or
higher, two paper trays for A4/ letter size media, ( HP, Lexmark, Xerox,
CANNON ) network-ready
7.7 WORK STATION SOFTWARE
7.7.1 3D RECONSTRUCTION DISPLAY
a. Maximum and minimum intensity projections
b. Multi-planer and curved planer reconstruction
c. 3D shaded surface display
d. 3D volume rendering software
e. 3D virtual endoscopy, colonoscopy and bronchoscopy
7.7.2 CT Angiography
19
7.7. 3 Advanced coronary vessels analysis
7.7.4. Calcium scoring with ECG gating and prospective / retrospective
reconstruction with automatic report regeneration.
7.7.5 Cardiac function analysis –
7.7.6 Advanced peripheral /general vessels analysis
7.7.7 Lung nodule detection and analysis
7.7.8 Brain perfusion analysis
7.7.9 Bone Mineral Density software and CT Phantom.
7.7.10 Latest software for liver analysis to visualize and measure the
entire liver, liver segments and liver lesions.
Liver Automated tools liver lobes,liver segmentation and measurement
portal vein based liver segmentation capacity with colour coding of
segments
7.7.11 Metal artifact reduction software.
DICOM 3 ready (multi-vendor and multimodality compatible for send,
receive, achieve, retrieve and print, on main console and workstations).
9.1 MDD ( CE ) / FDA (510K) / MHLW
9.2 Lead lining of the CT suit according to PNRA protocaol.
8.
DICOM
9.
QUALITY and
SAFETY
STANDARD
10
Power
requirement
ACCESSORIES
SHOULD
INCLUDE
Three phase with line voltage of 380-440V, 50Hz along with power cable
etc and compatible main Electric transformer by the supplier.
11.1 Programmable, dual head power injector with flow/volume and
temperature control. Mounted on mobile base, with 500 syringes of 150
ml capacity and connecting tubes ( Medrad-Bayer, Angiomat, Nemoto)
11.2 DICOM 3 ready dry laser camera / imager, Multi-size upto 14 x17
in. (Agfa, Fuji, Kodak, Konica,Codonics) for black and white printing
on films including 5000 films.
11.3 On-line sine wave branded UPS for whole CT suite, with a minimum
back-up time of 20 minute on full load.
11.4 Lead glass for control room (5 x 3 feet), 0.5 mm lead equivalent.
11.5 Standard set of Phantoms for calibration of CT
11.6 Pediatric scanning package - software and hardware with small FOV
as low as 200mm or less.
11.7 Dedicated Cardiac Monitor for synchronize with cardiac scan.
11.8 TABLE ACCESSORIES – Table pads, arms rest, patient restraint
kit, IV pole, infant cradle, flat head holder.
11.9 FILM VIEWER ( x 04 ) for images up to 14 x 17 inch with variable
light control and shutters for control of viewing area, with 04 x 1 format .
UPGRADIBILI
TY
12.1. All vendors will quote their latest, advanced and best
system.
12.2.1 the system should have an software upgrade route to
higher versions
12.2.2 With undertaking of above two by the principal
11.
12.
20
manufacture, that is their latest version been used in USA/EU
& Japan.
12.2.3 The system should have an upgrade route to higher
version and responsible for upgradation of soft ware for 10
years. With undertaking of above two by the principal
manufacture.
13.1 Warranty with all parts including consumable along with CT
Tube etc for 05 years and additional 02 years service without parts
. Local qualified Degree holder CT engineer having all the facilities
(workshop with tools) should be available at local station.
14. TRAINING
14.1.1 Foreign Training of Consultant Radiologist for 04 weeks in
two settings( 02 weeks each) at supplier expense from the country
of origin of equipment in Cardiac, Neuro and body multi-slice CT
Imaging one immediately after installation of system ,second after 3
months.
14.1.2 Local training of 04 CT technicians for period of 02 weeks
on the same machine in Pakistan.
14.1.3 Application training from foreign application expert for 14
days in two settings for 01 week each.
The supplier will have to make interior of the suite, necessary furniture, branded upper end
computer with all accessories, Laptop core i9, printing paper, ups Backup & stabilizer,
wheel chair, AC 2.5 tone both for suite and workstation ,Lead Aprons(04) of variable sizes
with hangers (sample based), Lead Goggles(04 pairs), (04)wearing Suites & (10 pair)Shoes
of variable sizes for technician, Foot Steps, one thousand Cds
Vendor will be responsible for all electrical installation, (installation of transformer from
Wapda of required KVA ) and up to 100 meter cable from transformer to CT suite and
all type of panels, main boards & switches, proper electrical earthling, complete
electric wiring including main cable to the machine - of international standard
companies.
13.
WARRANTY
HOD
Of Radiology Department
GKMC Swabi
Dr. Ibrahim Shah
Assistant Professor
Cardiology
Member T&E Committee
GKMC Swabi
Dr. Arshad Abbas
Assistant Professor ENT
Member T&E Committee
GKMC Swabi
Dr. Shazia Ala Uddin
Assistant Professor MicroBiology
Member T&E Committee
GKMC Swabi
Dr. Sadia Haroon
Assistant Professor Hematology
Member T&E Committee
GKMC Swabi
Engineer Nadir Shah
Representative of DGHS Member
T&E Committee
GKMC Swabi
21
Dr. Zahid Khattak
Associate Professor Medicine
Chairman Technical & Evaluation Committee
GKMC Swabi
Government of Khyber Pakhtunkhwa
Health Department
DETAILED SPECIFICATIONS
For
BIO-MEDICAL EQUIPMENTS, INSTRUMENTS, GLASS WARE
AND OTHER GENERAL ITEMS FOR DEPARTMENT OF
Dermatology
March 2017
22
Department of Dermatology
S# Name of Items
1 IPL (Intensive
Pulse Light)
2
Cautry Machine
3
Cryo Gun with
Liquid N2O
Container
4
CO2 Laser
Specification
Light Source: Intense Pulsed Light
Wavelength: 420/510/560/640~1200nm (IPL+RF Standard)
640/690/755~1200nm (IPL Standard)
480/585~1200nm (Optional)
Spot size:15x50 mm2 (IPL)
Cooling System: Water cooling, forced-air cooling and
semiconductor cooling
IPL Light Energy: 10~50 J/cm2
RF Energy: 1~10MHz (Bi-Polar)
Pulse Duration: 2~15ms
Pulse Sequence: 1~15 pulses (adjustable)
Pulse Delay Time: 5~50 ms
Integrated Skin Cooling: -4~ +10
Operative Interface: 8.4 TFT True Color LCD touch screen
IPL Power: 1,200w
Prepay Light Shots: Selectable and Management by USB
joint built in the machine
Electrical Source: 220V / 50Hz or 110V 60Hz
Unit will provide with 10000 VA Stabilizer
Power source: AC 110V/220V, 50/60 Hz
Output: Average 50W
Discharging Mechanism: Spark – gap
Frequency: High frequency of 1.5 – 2.3 MC
Cryogun smaller size for easier handling
Capacity: 10 oz (300 ml)
Height: 8.5 in (215 mm)
Weight: Full: 25.2 oz (715 g)
Empty: 17.3 oz (490g)
Static Holding Time: 10 to 12 hours.
Liquid Nitrogen Container:
Capacity: 20 L
Static Holding time: 14 – 17 weeks
Body martial: rust proof high strength aluminum alloy
Light empty weight, multi-layer, thermal isolation design
Static evaporation rate: 0.313 L/Day
Laser Type: CO2
Wavelength: 10600 nm
Laser emission mode: Pulsed
Output power: 60 watts (Maximum peak)
Pulse repetition rate: Up to 16.7 kHz
Pulse duration: 2-1166 usec
23
QYT
1
1
1
5
6
Iontophoresis for
Hand and Feet
Narrow Band Therapy
Machine (Whole Body)
Laser Beam Energy: Variable from 1 – 70/80 mJ
Beam Size: Ǿ 1.8 +/- 0.5mm
Maximum scan are: 10 mm diameter
Aiming laser: 5mW, 650nm (red) diode laser
Articulated Arm: Lightweight, aluminum fiber, 7 joint,
pneumatically balanced
Treatment radius at full arm extension: 85 cm (33.5”)
Horizontal rotation: 360 degree
Lens assemblies: 150 um spot size
120 um spot size
Hand piece: Fractional and surgical hand piece
User Interface: 10.4” High resolution color LCD Touch
Screen technology
Accessories
Stabilizer 10KVA from local market
Patient Eye Shields 2 Nos
Operator’s Eye Goggles 2 Nos
Operational Chair Electric Operated Up/Down, Back
Up/Down (from local market)
Light with Stand (form local market)
Best quality
The Whole body UV irradiation cabin
Due to its compact design the cabin required only a
minimum of space and adjusts flexibly to the room setting.
Thanks to the special reflectors behind the lamps the
irradiation intensity is increased, this grants comparatively
short treatment times for the patients. The 8 integrated fans
are switched on then necessary and provide for a constant
and pleasant temperature inside the cabin.
The emergency switch inside the cabin, a window in the
door for surveilling the patient and the solid door handles
inside and outside provide for the safety of the patient.
The cabin offers the possibility of mono therapy with UVB/ 311. A mixed equipment of UV-A and UVB/311 lamp is
also possible. This allows a multitude of therapy forms,
according to different indications.
Features:
Special high quality reflectors for a consistant irradiation
distribution.
Plexiglass panels in front of the lamps
Economic control of the fans, dependent on the temperature
Surveillance window in the door
Emergency switch for the patient
Separate main switch and built in circuit breakers
230 volt power supply
24
1
7
Narrow Brand UVB
(Hand & Feet Chamber)
Selectively time or dosage control
Practical storage shelf
Optional: door stop and pedestal for the patient
Indications
Mono therapy
28 x 100W UV-B/ 311 nm
Outer dimension: (LxWxH): 1000 x 950 x 2000 mm
Inner dimension: (L x W x H): 650 x 650 x 1950 mm
Power supply: 230V, 50 Hz
Power consumption: 3 kW, when all lamps are working
The variable UV irradiation unit for treatment of hands /
feet/ face or body parts
Features:
Microprocessor control with dosage limitation and safety
shut down
Selectively time or dosage control
Operation hour counter
Plexiglass plate over the lamps as protection against direct
contact and contamination
Basic unit with armature rack for different treating positions
Steeples height adjustment by pneumatic spring (for the
system with tripod)
Movable and space saving tripod
Integrated safety temperature shout down
HOD
Of Dermatology Department
GKMC Swabi
Dr. Arshad Abbas
Assistant Professor ENT
Member T&E Committee
GKMC Swabi
Dr. Shazia Ala Uddin
Assistant Professor Micro-Biology
Member T&E Committee
GKMC Swabi
Dr. Ibrahim Shah
Assistant Professor Cardiology
Member T&E Committee
GKMC Swabi
Dr. Sadia Haroon
Assistant Professor Hematology
Member T&E Committee
GKMC Swabi
Engineer Nadir Shah
Representative of DGHS Member
T&E Committee
GKMC Swabi
Dr. Zahid Khattak
Associate Professor Medicine
Chairman Technical & Evaluation Committee
GKMC Swabi
25