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aeroscan cd 10 ultrasound unit konica minolta (konica minolta)(cd 10)

` 1,000,000.00

  • MRP: `1500000.00

Scanning ModeElectronic Convex / Linear / Phased ArrayZoomUp to 10X Smart zoomCine LoopMore than 1000 frames Probe and Mode DependentImage Storage320 GB Hard Disk for inbuilt Digital Image StorageConnectivityUSB, LAN Networking, DICOM Ready, VGA, Video,S-Video, RemoteProbesConvex / Linear / Micro Convex /Phased Array/Trans Vaginal / Transrectal / TEE ProbesOptionalBiopsy Guide, Printer, Trolley, etc.System UpgradeFlexible System upgrade through softwareGray Scale256 Gray Scale.Display15 Inch Medical Grade DisplayProbe FrequencyBroadband 4 frequency selection, Working frequency 2MHz - 15MHzProbe Connector2 standardGain ControlOverall Gain Control, 8 - Step TGC continuously adjustableImage DisplayLeft/Right, Up/Down.Outstanding value and whole capabilities AeroScan CD 10 is State of the art hand carried smart Color Doppler Ultrasound Unit, loaded with latest advanced technology needed for better clinical diagnosis. Sleek in design to fit in tight spaces with ease.Advanced TechnologY..

  • Availability: 2 In Stock
  • Min. Qty. Per Consignee: 1
  • Images recording system (Cassettes & Imaging Plates),sizes of imaging Plates Cassettes should be supplied along with the unit: a. 14 inch x 17 inch -12 Nos. b. 14 inch x 14 inch -12 Nos. c. 10 inch x 12 inch -8 Nos. d. 8 inch x 10 inch -4 Nos. e. Mammographic cassettes [8 inch x 10 inch]-5 units f. Mammographic cassettes [10 inch x 12 inch]-5 units - yes
  • Images reading (CR Reader) / Digitizer (i) Should be able to process not less than 75 imaging plates/hour for largest size. (ii) It should have an input and output cassette buffer/stacker for 4 cassettes each or more. (iii) Pre-set anatomical processing should be available. (iv) Acquisition and image transfer must be done at a resolution 12 bits/pixel (v) It should have status display preferably on a LCD display indicating error status etc. (vi) It should have a scanning resolution of 5-10 pixels/mm or more for general cassette reading and 20 pixel/mm or more for mammography and extremities. (vii) It should have ability to route the images to multiple destinations like work stations, laser camera etc - yes
  • Processing Server and Workstation with 21 inch LCD Monitor for centralized patient study management. It should have following features: (i) Work station must be able to receive the CR images from digitizer. (ii) It should be DICOM ready for sent, receive and print facility protocol. (iii) It should be possible to multi-formatting the images on film for printing. (iv) 21 inch LCD monitor for patient study management. (v) It should be possible to write images on a CD/DVD. (vi) Should be ready to accept images from work list and patient data and images another RIS/HIS (DICOM PROTOCOL) (vii) Should have Black border facility (viii) Should have software for Printing and to create various film layouts and multiple formats on single film for optimum utilization of film and presentability. The capability to customize user defined no. of formats and layouts on the single film. There should be capability of printing the zoomed image along with the overview of the main image on the same film. There should be a capability of printing multiple patient images on one film and multiple images of same patient on one film. (ix) Other features should include image gray scale reversal, imaging flipping and rotating, image zooming, edge enhancement, latitude reduction, image noise Reduction, Gray Scale saturation feedback. (x) There should be provision for adding markers - yes
  • Advanced QC viewer with 19 inch High Resolution Medical Grade Monitor; For reviewing of the images should be a separate module for being able to be kept away from the Digitizer/ CR Reader in the room of choice. It should have following features; (i) Window leveling, annotation, printing, rotating, flipping, panning, zooming all image post processing (ii) Should have Hospital information System (HIS) connectivity (iii) There should be provision for adding marker on the film. (iv) It should be possible to write images on a CD/DVD - yes
  • Scalability : The CR system should have scope of adding advanced quality software for image processor, workstations connectivity to any DICOM archive or image management systems (PACS) - yes
Other Specifications Download Specification
Computed Radiography (CR) System Shall Be Compatible With Standard X-ray Machine Consisting Of Digitizer Patient Identification System, Preview And Processing Server With Workstation yes
Images Recording System (Cassettes & Imaging Plates),sizes Of Imaging Plates Cassettes Should Be Supplied Along With The Unit: A. 14 Inch X 17 Inch -12 Nos. B. 14 Inch X 14 Inch -12 Nos. C. 10 Inch X 12 Inch -8 Nos. D. 8 Inch X 10 Inch -4 Nos. E. Mammographic Cassettes [8 Inch X 10 Inch]-5 Units F. Mammographic Cassettes [10 Inch X 12 Inch]-5 Units yes
Images Reading (CR Reader) / Digitizer (i) Should Be Able To Process Not Less Than 75 Imaging Plates/hour For Largest Size. (ii) It Should Have An Input And Output Cassette Buffer/stacker For 4 Cassettes Each Or More. (iii) Pre-set Anatomical Processing Should Be Available. (iv) Acquisition And Image Transfer Must Be Done At A Resolution 12 Bits/pixel (v) It Should Have Status Display Preferably On A LCD Display Indicating Error Status Etc. (vi) It Should Have A Scanning Resolution Of 5-10 Pixels/mm Or More For General Cassette Reading And 20 Pixel/mm Or More For Mammography And Extremities. (vii) It Should Have Ability To Route The Images To Multiple Destinations Like Work Stations, Laser Camera Etc yes
Processing Server And Workstation With 21 Inch LCD Monitor For Centralized Patient Study Management. It Should Have Following Features: (i) Work Station Must Be Able To Receive The CR Images From Digitizer. (ii) It Should Be DICOM Ready For Sent, Receive And Print Facility Protocol. (iii) It Should Be Possible To Multi-formatting The Images On Film For Printing. (iv) 21 Inch LCD Monitor For Patient Study Management. (v) It Should Be Possible To Write Images On A CD/DVD. (vi) Should Be Ready To Accept Images From Work List And Patient Data And Images Another RIS/HIS (DICOM PROTOCOL) (vii) Should Have Black Border Facility (viii) Should Have Software For Printing And To Create Various Film Layouts And Multiple Formats On Single Film For Optimum Utilization Of Film And Presentability. The Capability To Customize User Defined No. Of Formats And Layouts On The Single Film. There Should Be Capability Of Printing The Zoomed Image Along With The Overview Of The Main Image On The Same Film. There Should Be A Capability Of Printing Multiple Patient Images On One Film And Multiple Images Of Same Patient On One Film. (ix) Other Features Should Include Image Gray Scale Reversal, Imaging Flipping And Rotating, Image Zooming, Edge Enhancement, Latitude Reduction, Image Noise Reduction, Gray Scale Saturation Feedback. (x) There Should Be Provision For Adding Markers yes
Patient Identification/ Preview. (i) Separate Or Inbuilt Patient Identification System. (ii) Cassette Identification And Demographics Should Be Standard (iii) It Should Be Possible To Identify The Multi X-ray Units Separately. yes
Advanced QC Viewer With 19 Inch High Resolution Medical Grade Monitor; For Reviewing Of The Images Should Be A Separate Module For Being Able To Be Kept Away From The Digitizer/ CR Reader In The Room Of Choice. It Should Have Following Features; (i) Window Leveling, Annotation, Printing, Rotating, Flipping, Panning, Zooming All Image Post Processing (ii) Should Have Hospital Information System (HIS) Connectivity (iii) There Should Be Provision For Adding Marker On The Film. (iv) It Should Be Possible To Write Images On A CD/DVD yes
Dry Imager (For Film Printing) The System Should Be Supplied With Dry Imager (Dry Chemistry) With A Spatial Resolution Of 500 PPI/DPI Or More. It Should Have Contrast Resolution Of 12 Bits/ Pixel Or More. It Should Have 3 Online Film Sizes Out Of 8 Inch X 10 Inch, 10 Inch X 12 Inch, 14 Inch X 14 Inch, 14 Inch X 17 Inch. The Imager Should Preferably Come With Standard Film Sorter At The Output For Sorting The Films Bases On Modality Connected. It Should Have A Normal Through Put Of 75 Films Per Hour For The Largest Size. Access Time For First Film Should Be 90 Seconds Or Less. The Imager Should Be DICOM Compatible, For Receive Sent And Print Facility. The System Should Allow At Least Three Sizes From The Five Sizes To Be Loaded At Any Time. Printer Status Should Be Displayed For Any Error Status Etc yes
Interconnectivity Between Various CR Modules Should Be Ethernet Based. yes
Scalability : The CR System Should Have Scope Of Adding Advanced Quality Software For Image Processor, Workstations Connectivity To Any DICOM Archive Or Image Management Systems (PACS) yes
ACCESSORIES: A. The Entire Equipment Should Be Supplied With UPS Of The Required Rating And Sufficient To Provide At Least 30 Minutes Back Up For The Whole System. B. Image Plate Storing Rack -6 No yes
Availability Of Type Test Reports Of The Product From Central Govt/NABL/ILAC Accredited Lab Showing Compliance To The Specification yes
Test Report And Approvals To Be Furnished To The Buyer On Demand. yes
Test Reports No. 00
Test Reports Date 00
Name Of The Labs NA

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