Mri System Tenders

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State Government

CTN :42429653

14 Nov, 2025 NA

Bhubaneswar - Odisha

Tender For mri system for small animal imaging (preclinical research)

CTN :42239533

25 Sep, 2025 NA

Bettiah - Bihar

Tender For the bihar medical services and infrastructure corporation limited, patna invites e-bids from interested service provider for installation, operation and maintenance of mri machine under public private partnership (ppp) mode for government medical college & hospital, bettiah of bihar.

Central Government/Public Sector

CTN :42097756

04 Nov, 2025 NA

Bangalore - Karnataka

Tender For corrigendum : supply of 9.4 tesla horizontal bore mri system with pet scanner (insert/stand-alone) for small animals

CTN :42305454

27 Oct, 2025 12.09 Lacs

Pune - Maharashtra

Tender For providing of scanning and digitisation service (version 2) - 300; a3, a4, mri, legal, x-ray, ecp report

CTN :42214930

17 Sep, 2025 NA

Patna - Bihar

Tender For corrigendum : the bihar medical services and infrastructure corporation limited, patna invites e-bids from interested service provider for installation, operation and maintenance of 128 slice ct scan and 3t mri machine under public private partnership (ppp) mode at nalanda medical college & hospital, (nmch) patna of bihar.

State Government

CTN :41524390

18 Nov, 2025 3.70 Crore

Jaipur - Rajasthan

Tender For corrigendum : technical specification point wise dbs implant & accessories - dbs rechargeable with directional lead with25yr battery life & image guided programming integrated inside clinician programmer with micc multiple independent current control technology with zero volt technology,bluetooth connectivity with clinician and patient programmers, usfda & ce approved kit contents: rechargeable pulse generator-1 , directional lead kit -2 , extension kit -2 , burr hole locking kit -2 , tunneling tool -1 , patient remote control kit -1, patient charging kit -1 , dbs rechargeable with non directional lead with 25yr battery life & image guided programming integrated inside clinician programmer micc multiple independent current control technology with zero volt technology,bluetooth connectivity with clinician and patient programmers. have 8 contact non-directional lead kit with array span of 15.5mm for maximum coverage, usfda & ce approved kit contents:rechargeable pulse generator -1, non-directional lead kit -2, extension kit -2, burr hole locking kit -2, tunneling tool -1, patient remote control kit -1, patient charging kit -1, dbs non rechargeable with directional lead with image guided programming integrated inside clinician programmer micc multiple independent current control technology &bluetooth connectivity with clinician and patient programmers,usfda & ce approved kit contents: non-rechargeable pulse generator -1 , directional lead kit -2 , extension kit -2, burr hole locking kit -2 , tunneling tool -1 , patient remote control kit -1,), dbs non rechargeable with non-directional lead with image guided programming integrated inside clinician programmermicc multiple independent current control technology withbluetooth connectivity with clinician and patient programmers. should have 8 contact non-directional lead kit with array span of 15.5mm for maximum coverage,usfda & ce approved kit contents: non-rechargeable pulse generator -1, non-directional lead 1), dbs implant kit with non-rechargeable, 3t mri compatible and sensing enabled ipg and directional leads.the implanted pulse generator (dbs neurostimulator- ipg) should have a minimum service life of 5-7 years and there should not be a need to recharge it periodically.ipg should have the capability for group programming and ability to store the programming data in ipg itself and retrieve from ipg.the system should be able to sense local field potentials (lfps) from brain targets and this data should be accessible through the physician programmer. the leads should be able to stimulate in specific directions, in addition to the ability to stimulate circumferentially. markers on leads should facilitate directional programming even if lead rotates. the leads should also be able to sense lfps.burrhole kit should be there for securing lead in place. microelectrodes for intra op stimulation and recording should be there.the extension connecting the lead and ipg should be flexiblethere should be a tunneller to place the extension wire and the tunneller should be metallic and firm to enable smooth tunnelling.the system should have approval for conditional full-body 1.5t & 3t mri compatibility.patient programmer, enabling the patient to see and if needed, modify the stimulation under guidance, should be available. patients should be able to mark dyskinesia, tremor etc. using the programmer., dbs implant kit with rechargeable, 1.5t & 3t mri compatible and sensing enabled ipg and directional leads.the implantable pulse generator (dbs neurostimulator- ipg) should have a service life of 15+ years if regularly recharged by the patient at specified intervals.ipg should have the capability for group programming and ability to store the programming data in ipg itself and retrieve from ipg.the system should be able to sense local field potentials (lfps) from brain targets and this data should be accessible through the physician programmer. the system shou

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