Cardiovascular & Interventional Imaging

• Country: Jordan
• Summary: Cardiovascular & Interventional Imaging
• JOT Ref No: 55115238
• Deadline: 10 Aug 2021
• Financier: Self Financed
• Purchaser Ownership: Government
• Tender Value: Refer Document
• Notice Type: Tender
• Document Ref. No.: SASO 5/30/9/2021
• Purchaser's Detail:
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• Description:
• Tenders are invited for Cardiovascular & Interventional Imaging qty: 1 A Bi-plane cardiac imaging . 1 Latest and top of the line model of state of the art Biplane Flat panel Detector Cardiac Angiography system that shall be compatible with all diagnostic and therapeutic intervention of Cardiac adult, pediatric and procedures. Providing superb image quality at lowest possible patient dose. 2 System should be of ergonomic design for easy of use. 3 Cardiac rotational angiography in a dual axis rotation 4 System shall have the ability to manage dose while maintaining high image resolution quality. 5 System expansion and upgradeability must be possible 6 Shall be able to be programed for different protocols based on individual user personal preferences, for automatic projection sequence for every cardiologists, image quality settings, program selection per clinical domain 7 Networking capabilities (Dicom. Latest version) B Biplane System : B.1 Gantry floor mounted 1 To be consisted of Floor mounted stand easy to use (C or G shapes) 2 The gantry can easily be parked away from the patient table during patient transfer and in case of emergency 3 The patient access / transfer to the patient table is available from both sides of the table 4 parking motorized and manual 5 The inner radius of the C-arm is more than 92 cm, to allow easy access for imaging the patient, without the need to move the gantry 6 Anti-collision protection at all times. Technique used should be explained 7 Projections :LAO projections; 0° to 120°, RAO projections, 0° to 120°, Cranial projections, 0° to 45°,Caudal projections, 0° to 45° 8 The rotation speed is minimal 25° / sec 9 The angulation speed is minimal 18° / sec 10 The floor to isocenter distance should be between 103 and 108 cm 11 The source to isocenter distance ≥ 75 cm 12 The (SID) range should be minimal between 89 approximately - 123 approximately cm B.2 Gantry Ceiling mounted 1 To be consisted of ceiling suspended C arm system 2 The gantry can be parked away from the patient table so as to free space at the head end and on both sides of the patient for access during emergencies 3 maximum patient cardiac coverage: please specify 4 The parking is motorized and manual 5 rotation speed degrees/s not less than 8°/sec 6 source-image distance (SID): 89 approximately - 123 approximately cm 7 The patient image always appears with "head up" on the monitor regardless of the position of the gantry 8 Motorize angulation of the c arm to allow best and unlimited cardiovascular projection and vessel profiling. Automatic anti-collision system. C X-Ray Generator 1 High Power, grid controlled either from the X-Ray Tube or Generator 2 Multi-phase power unit for grid-pulsed fluoroscopy with acquisition console and high frequency converter. 3 High power output of not less than 100 kw approximately 4 Maximum voltage of not less than 125 kv 5 Maximum current of not less than 1000 m A 6 Automatic adjustment of kV and mA in radiography and automatic optimization of mA during fluoroscopy 7 All system messages shall be displayed 8 Maximum current of not less than 160 mA in fluoroscopy mode. D X-ray tube Frontal and Lateral 1 the tube must have grid switch & should be grid switch controlled 2 Maximum tube voltage of not less than 125 kV 3 Anode storage heat capacity not less than 5 MHU 4 Continuous heat dissipation of not less than 1500 KHU/m 5 two physical focal spots(small, large) 6 Silent tube 7 wedge-shaped, semi-transparent collimation blades be positioned without any X-ray E Patient Table 1 Floor standing and free floating table top. 2 Movements: (Longitudinal, Transversal, Vertical, Pivoting, Tilting). 3 Capable of supporting at least 250 kg patient CPR can be done in any position of the table top. 4 All table accessories should be provided, including 5 Soft mattress 6 Rail Clamps 7 Two arm supports 8 Infusion stand 9 Table rotation of at least +/-90 deg 10 Minimum table height is 79 cm or less for easy patient transfer 11 Table length at least 280 cm please specify radiolucent over hang 12 Radiation Shielded &Table mount radiation shielded to be included. F Flat panel detector image acquisition system frontal size 20x20 cm approximately and lateral 20x20 cm approximately 1 Detector of the latest design and technology, with high contrast ratio and automatic gain control for improved patient penetration 2 Pixel Pitch 184Micron or below 3 The largest useful field of view of the detector (in diagonal) shall be 28 cm or higher 4 Spatial resolution for frontal detector 2.7 line per millimeter or above 5 DQE (detector Quantum Efficiency) 75 or higher 6 Number of Acquisition Zoom / FOVs ( diagonal) should be more than 4, specify the sizes G Image Processing and Display 1 Monitors: a. Minimum Qty (6),Size 19" or more high resolution flicker free progressive display LCD monitors in the examination room or equivalent b. Minimum Qty (3) 19” Inch or more high resolution, flicker free progressive display monitors in the control room b. Optionally quote 58" medical grade flat display monitor to be positioned at both sides of the patient support instead of the small monitors mentioned above H Advance Software-s 1 Roadmap in parallel with un-subtracted digital fluoroscopy for both planes . 2 Coronary Roadmap (live flouro and angiogram image in the same time) 3 stent enhancement software 4 Fluoro roadmap 5 Live Stent Enhancements 6 rotational angiography to view RCA and LCA 7 Real-time pixel shifting to compensate for patient movement during DSA and Roadmap 8 Road mapping by overlaying fluoroscopy with a selected reference image on the live monitor. 9 Distance measurement 10 Color-coded cross-sectional blood volume maps to indicates the distribution and amount of blood in lesions and surrounding tissue 11 Left ventricular analysis 12 Stenotic lesion sizing, stent boost 13 Quantitative Coronary Analysis 14 Quantitative Vascular Analysis (QVA) 15 Vessel evaluation 16 Automatic Stenosis degree detection 17 FD Dual Fluoroscopy 18 Rotation Angio 19 Electrophysiology(EP) -Advanced in imaging and mapping technology -Shows real time HD imaging delivering true anatomy and creates voltage and activation map. -EP navigation and 3D software -Pulmonary vein isolation (PVI) -Arrhythmias I Dose Saving 1 Dose reduction technique to be included hardware and software 2 Dedicated programs for dose saving without image quality drop. 3 Dose monitoring and dose reporting features should all be included. Please explain features. 4 DAP (Dose Area Product) measurement via an ionization chamber (diameter) and displayed on the exam room monitor. 5 DICOM structured report containing patient procedure and dose data 6 Dose information transfer to a PC for statistical analysis 7 Image Gallery for customer selection to customize IQ preferences 8 Radiation Free positioning J Dicom Networking 1 Latest technology in DICOM for network interface and fast image access. 2 Image storage capacity Not less than 50000 images per plane K Post Processing Workstation 1 Able to make all the post processing procedures 2 Automatic background archiving on DVD L Contrast Injector single head (from well-known manufacturing) 1 Floor, mobile microprocessor controlled, programmable, high capacity, power contrast medium injector. 2 ECG triggering and accessories to include syringe assembly of 150ml (disposable) with one spare kit of at least 100 disposable syringes 150ml and auditable for dual injections . M Hemodynamics 1 State of the Art Embedded Hemodynamic System 2 The system should be made from the same manufacturing company 3 Capable of measuring and displaying NBP, IBP, ECG(12 Leads+6 Leads), FFR 4 Pressure calculations features 5 Full Dicom Capabilities N Intravascular ultrasound IVUS and physiological measurement system preferably from same manufacturer as the Biplane cathlab system 1 IVUS & Physiology data must be visible on Cathlab system's exam room ceiling suspended Monitor 2 Supplied with CPU, DVD Burner 3 Supplied with user interface ,Preferred to have this Integrated on Cathlab system's table side touch screen console 4 Dicom Network Connection Compatibility 5 Equipped with IVUS PIM (coronary & Peripheral Procedures) 6 Ability to work by both electronic solid state & mechanical rotational catheter 7 Equipped with preferably IVUS, FFR and IFR in the same device 8 Function of coloring the blood for easy assessment of stent apposition 9 Equipped with valid Virtual Histology Option (Colorized Tissue map of Plaque Composition-for complete Lesion Assessment) 10 Assessment of diffused or Tandem lesions for example IFR SCOUT 11 Availability of IVUS &Fractional flow reserve FFR/ The instantaneous wave-free ratio IFR co-registration O Examination light: designed to provide high intensity illumination at 70,000 Lux or better of the entire treatment area. - Provides high intensity illumination of treatment area Handgrip can be sterilized and used with a disposable cover P The Offer must include free local training for 3 technician and free service training for one biomedical engineer in (authorized training center) Q The Offer must include the price for a comprehensive service -contract (including all replacement parts and x-ray tubes and resident engineer) valid for a period of (8) years starting at the end of the 24 month warranty period with resident engineer. R All available standard & optional features, packages, & accessories must be listed and priced separately
• Documents:

 Tender Notice