Japanese Government Procurement

National University Corporation - Notice of request for submission of materialsEnhanced Operation System 1 Set

This procurement is covered by the WTO Agreement on Government Procurement, Japan-EU Economic Partnership Agreement or Japan-UK Comprehensive Economic Partnership Agreement.

Japanese

Publishing date Aug 08, 2022
Type of notice Notice of request for submission of materials
Procurement entity National University Corporation - Ishikawa
Classification
0022 Medical/Dental/Surgical & Veterinary Equipment
0031 Medical Instruments & Apparatus
Summay of notice ⑴ Classification of the products to be procured : 22, 31
⑵ Nature and quantity of the products to be purchased : Enhanced Operation System 1 Set
⑶ Type of the procurement : Purchase
⑷ Basic requirements of the procurement :
1)MR-OR System
① The magnet type shall be superconducting and the operating static field strength shall be 3.0T.
② The diameter of the center of the gantry bore shall be of the large diameter type.
③ The system shall have a mechanism that does not consume liquefied helium during normal inspection.
④ Maximum gradient field strength output shall be possible in each of the three axes.
⑤ Maximum slew rate output shall be possible in each of the three axes.
⑥ The patient's bed shall be able to cooperate surgery patient's bed.
⑦ The RF coil shall be compatible with imaging during surgery.
2)Hybrid-OR system
① The biplane imaging system should have two sets of X-ray tube and detector pairs.
② Have reduce exposure system for staffs and a patient.
③ It can be connected with beds.
④ It must be able to connect to existing hospital information systems (HIS), radiological information systems (RIS), image interpretation systems, and image networks (PACS).
⑤ Have a large monitor.
⑥ It should be equipped with a workstation enables image processing.
3)Surgical Image Management System
① It must be a centralized system that have images of operating field at each operating room, images during surgery and biological informations etc.
② It is necessary to connect existing surgical image management system.
③ It must be taken by 4K high image quality (3840×2160) on the operating field, also control camera at each surgery and operating field by moving lengthwise, sidewise, rotation and zoom in.
④ To provide a camera having a medical monitoring device whose image quality is 4K high (3840×2160).
⑤ Recording of surgical field footage in all operating rooms can be stored in high definition for one year and compressed low-resolution recordings that can be stored for 5 years. Recorded footage must be searchable by date, patient ID, clinical department, etc.
⑥ It is possible to record surgical cameras, images and images of each medical device using a touch panel with simple operation, and to be able to store them for a long time on a server system.
⑦ All operating room operative field (panoramic view) cameras and recorded surgical field images can be viewed in multiple locations.
⑧ Two-way communication of images, video and audio is possible with the pathology diagnosis department during surgery.
4)Ultrasound diagnostic imaging system
① Ultrasound diagnostic imaging system A
1-1 It must be compatible with real-time 3D transesophageal echocardiography.
② Ultrasound diagnostic imaging system B
2-1 Portable ultrasound diagnostic imaging system for transesophageal echocardiography.
③ Ultrasound diagnostic imaging system C
3-1 Perioperative management central venipuncture must be supported.
④ Ultrasound diagnostic imaging system D
4-1 Ultrasound diagnostic imaging system compatible with surgical robot.
5)Mobile C-arm system
① Mobile C-arm system
1-1 It must be type of C-arm system.
1-2 Have a digital photography.
1-3 Equipment for reducing radiation exposure.
1-4 It must be able to connect to existing hospital information systems (HIS), radiological information systems (RIS), image interpretation systems, and image networks (PACS).
② Mobile X-ray system with DSA
2-1 It must be type of C-arm system.
2-2 Have a digital photography.
2-3 Equipment for reducing radiation exposure.
2-4 It must be able to connect to existing hospital information systems (HIS), radiological information systems (RIS), image interpretation systems, and image networks (PACS).
2-5 Have a Digital subtraction angiography function.
6)Mobile radiography
① It should have a pantograph arm to easily control the position of photograph.
② Small-size and small-turn.
7)Patient transport system
① Patients can enter and leave the room safely and smoothly.
② It should be possible to easily enter and leave the operating table or table top for the operating table according to the surgical procedure.
③ The operating table should be compatible with a wide variety of surgical procedures.
④ Compatible with existing operating table accessories owned by the operating department.
8)Surgical light/sealing pendant anchoring system
① The surgical light should be a surgical lighting that is suspended from the ceiling and allows the light field to reach deep into the surgical field.
② The surgical light should be dual-axis and dual-light.
③ Surgical light should be a system on which a monitor for a video system can be suspended.
④ The sealing pendant is a ceiling-mounted type that takes into consideration the flow lines of staff and objects, care space, and efficiency of treatment and care. Layout is possible.
⑤ The sealing pendant is able to supply a medical gas and a power source etc.
9)Acute patient information system
① Recordable anesthesia records, patient vital data, and medication information during surgery.
② Being able to automatically acquire and record data from biological information monitors and anesthesia machines.
③ It must be able to connect to existing hospital information systems (HIS).
10)Anesthesia System
① Have an automatic ventilation mode for all patients from neonatal to adults.
② General anesthesia using the exhaled gas rebreathing system.
③ Being able to output data from the anesthesia system to the acute care patient system.
11)Biological information monitoring system
① Being able to continuously monitor the patient's biological information during surgery.
② Being able to measure cardiogram/respiration, noninvasive blood pressure, SpO2 and plural parameter.
③ The monitor and the display are integrated.
12)Automatic Storage System
① Enables speedy storage of & access to a variety of containers of instruments sets.
② More than 350 containers can be stored in a small space.
13)Blood purification system
① The device must be capable of producing water suitable for hemodialysis.
② Being able to perform hemodialysis treatment.
③ Being able to perform acute blood purification therapy.
14)Surgical support system
① Blood gas analysis, electrolytes, metabolism, and hemoglobin can be measured by actual measurement for patient monitoring during surgery.
② Capable of showing percent and real number for leukocyte classification.
③ Easy operation to be able to measure rSO2 immediately even in an emergency
④ Optimal anticoagulation with heparin during extracorporeal circulation, and perform safe extracorporeal circulation.
⑤ Provides a comprehensive view of hemodynamics.
⑥ Surgery that is efficient and less invasive, and reduces bleeding by incision, evaporation, hemostasis, and cauterization using monopolar and bipolar high-frequency currents can be performed quickly and safely.
15)Surgical hand washing system
① A system that can disinfect hands and fingers for the purpose of removing passing bacteria adhering to the fingers and reducing resident skin bacteria.
② In order not to be affected by deterioration of raw water quality, a filter or membrane should be built into each hand washer.
③ The faucet should be able to prevent reverse pollution.
16)Ophthalmic Surgical Microscope System
① Enable speedy storage of & access to a variety of containers of instruments sets (specific to procedures)
② Microscope images can be displayed on external monitor and connected to recording system.
③ Accommodates surgery of the retina and/or vitreous body as well as cataract surgery.
⑸ Time limit for the submission of the requested material : 17 : 00 30 September, 2022
⑹ Contact point for the notice : Yasuhiko Nakamura, Procurement management Section, Hospital Management Division, Hospital Department, Kanazawa University, 13-1 Takara-machi Kanazawa-shi 920-8641 Japan, TEL 076-265-2067