Supply, Delivery, Installation, Training and Commissioning of Cardiac Angiography Biplane Unit

• Country: Namibia
• Summary: Supply, Delivery, Installation, Training and Commissioning of Cardiac Angiography Biplane Unit
• NAT Ref No: 74318774
• Deadline: 18 Nov 2022
• Financier: Self Financed
• Purchaser Ownership: Government
• Tender Value: Refer Document
• Notice Type: Tender
• Document Ref. No.: 4/5/4
• Purchaser's Detail:
  Login to see full purchaser details. Login to see full purchaser details. Login to see full purchaser details. Login to see full purchaser details. Login to see full purchaser details. Login to see full purchaser details. Login to see full purchaser details. Login to see full purchaser details. Login to see full purchaser details.

  Login to see details
• Description:
• Quotation are invited for Supply, Delivery, Installation, Training and Commissioning of Cardiac Angiography Biplane Unit for Windhoek Central Hospital 1.1 Either capable of peripheral digital stepping angiography with online subtraction display in an examination procedure with only one single contrast medium injection under visual control for the bolus flow or capable of visually controlled stepless bolus chase technique which means more accurate bolus chase of the peripheral flow can be achieved 1.2 Capable of real time Digital Angiography (DA) and Digital Subtraction (DSA) acquisition 1.3 Minimum pulse rate available shall be 10 frames or pulses per second or less. The maximum pulse rate shall not be less than 30 frames or pulses per second. 1.4 Rotational angiography capability. 1.5 Road mapping with REAL TIME zoom, freeze-frame and advanced facilities. 1.6 Capable of fluoro grabbing of fluoroscopic image for documentation 1.7 Clinically validated cardiac and vascular quantification software program 1.8 Excellent patient access from all sides for various techniques and procedures including cardiac device implants and vascular procedures. No need to reposition patients for these procedures 1.9 Easy to use and full control of all functionality whether in the examination or control room 1.10 Interventional tool to improve accuracy for coronary stent placement in real time 1.11 Interventional tool for 3D modelling of coronary, thoracic, abdominal and peripheral and neurologic examinations. Rotational angiography possibility with 3D reconstruction Item NO PURCHASER'S SPECIFICATIONS 1.12 Capable of 3D roadmap with CT or MR scan overlay on live fluoroscopy images. Road mapping or aid to be used in PCI examination with real time live dynamic overlay of the coronary tree on fluoroscopy or Please specify equivalent technology for the reduction of radiation. 1.13 Should be capable of registration of pre-acquired 3D data from various modalities such as CT, MR, PET to the angio information 1.14 Automatic stand and table positioning program with unlimited stand projection that can be saved and recalled in a single procedure 1.15 Should have a minimum image storage capacity of 100,000 images in lk/12- bit matrix 1.16 Should have bi-directional communication with the physiologic/hemodynamic system for the exchange of patient data, X-ray shots and dose information to ensure optimized workflow: 2 GENERATOR 2.1 Multipulse Microprocessor-controlled, high frequency X-ray generators 2.2 Generator with fully integrated system control and automatic regulation of radiation power for all fluoroscopy and imaging modes 2.3 Modes required for all cardiovascular and interventional application such as DSA, rotational DSA, pulsed fluoroscopy, single exposure, and kV reduction technology are supported without limitations 2.4 Radiographic kV/Tube Voltage range of 40 kV to 125 kV. Wider range is acceptable but should include the range of acceptable value 2.5 Power Rating of at least 100 KW at 1000 mA 2.6 Maximum Radiographic Tube Current up to 1000 mA in acquisition mode. 2.7 Maximum Fluoroscopic Tube Current of at least 50 mA for continuous and of at least 150 mA for pulsed fluoroscopy. 2.8 Must have variable pulse frequency of at least 60 pulse/second 2.9 Number of programmable protocol must not be less than 200. Each acquisition protocol shall be able to programme the right x-ray parameters, processing, frame speed including pre-filtration settings, image appearance, etc. based on type of procedures and type of patients. Shall be able to programme different protocols based on individual users- personal preferences. 2.10 The fields of view can be controlled automatically - without the user having to make any changes 2.11 Integrated automatic kV, mA, and nulse width control 2.13 PURCHASER'S SPECIFICATIONS 3 X-RAY TUBE 3.1 Dual or triple focus X-ray tubes for biplane system. It should be Grid Switch tube technology with continuous rotating anode with instant x-ray on/off 3.2 Must have different levels of adaptive Copper (Cu) pre-filtration for reduction of skin dose. 3.3 Automatic selection control based on the absorption of the object. The extra Cu pre-filtration should remained in position in function of body absorption and should not be auto-removed depending of c-arm projection at any time
• Documents:

 Tender Notice