Italy - Miscellaneous medical devices and products

Description

open procedure for the conclusion of a framework agreement for the supply of 123 lots of devices needed by the U.O.C. Neuroradiology Department of the "A. Cardarelli" National Relief Hospital, to be awarded to a maximum of 4 economic operators per lot. The awarding of the contract will take place with the application of the criterion of the most economically advantageous offer pursuant to art. 95 of Legislative Decree no. 50 of 18 April 2016
Hydrophilic introducers, from at least 11 to 25 cm long, at least 4 to 9F with hydrophilic metal mini-guide from 0.025" to 0.034", both with straight and J-shaped tip. Atraumatic dilator with no step and safety hook and hemostatic valve. Non-hydrophilic introducers, at least 11 to 25 cm long, at least 4F to 9F with 0.035" to 0.038" metal mini-guide, either straight or J-tip. Atraumatic dilator with no step and safety latch and hemostatic valve.
Hydrophilic armed introducers for support of neurovascular access, at least 80 to 90 cm long, at least 6 to 7F with an internal diameter of at least 0.088", with a highly flexible distal portion and a radiopaque tip.
Hydrophilic armed introducers, at least approximately 70 to 90 cm long, at least 5F to 7F, compatible with 0.038" guide, with removable hemostatic valve, PTFE inner coating, radiopaque distal marker
Guide with external hydrophilic coating; tapered tip, superflexible and atraumatic, with internal core of elastic seamless metal alloy, with 45° angled tip with flexibility of at least 3 cm, length at least 180 cm, diameter at least 0.035", normal rigidity
Guide with external hydrophilic coating; tapered tip, superflexible and atraumatic, with seamless elastic metal inner core. A) with 45° angled tip with flexibility of at least 3 cm, length at least 180 cm, diameter at least 0.035'', stiffness stiff
Guide with external hydrophilic coating; tapered tip, superflexible and atraumatic, with seamless elastic metal inner core. A) with 45° angled tip with flexibility of at least 3 cm, length at least 260 cm, diameter at least 0.035'', stiffness normal
Guide with external hydrophilic coating; tapered tip, superflexible and atraumatic, with seamless elastic metal inner core. A) with 45° angled tip with flexibility of at least 3 cm, length at least 260 cm, diameter at least 0.035'', stiffness stiff
Teflon-coated steel guide of 180 cm diameter 0.035".
Teflon-coated steel guide 260 cm diameter 0.035".
Nylon angiographic catheters, with reinforced structure and rounded tip, with high visibility distal radiopaque marker. Resistant to high injection pressures (over 1000 psi). Length from 65 to 100 cm, 4F and 5F, compatible with 0.038" guide, with different tip curvatures.
Nylon catheters, approximately 125 cm long, at least 4F to 5F, compatible with 0.038" guide, with different curve configurations and radiopaque marking
Transparent polycarbonate Y-connectors with a coaxial way and a side access way. The coaxial way is closed by a silicone snap valve that must be compatible with devices with an outside diameter of at least 7F. The coaxial route must be provided with a rotating male luer-lock connector that can be used to attach the guide catheter.
Transparent Y-connector provided with a coaxial way and a lateral access way. The coaxial way is closed by a rotating valve that must be compatible with catheters up to 9F and must guarantee hemostasis up to a minimum caliber of 0.007". Distally, the coaxial route shall provide a rotating male luer-lock fitting that can be used to attach to the guide catheter. The lateral route should terminate with a female luer-lock fitting.
Short hemostatic valve for triaxial technique, with quadricuspid silicone structure and PVC lateral way ending with a 3-way high pressure tap. Must be compatible with catheters up to 7F in diameter.
Two-way snap-in Y-valve with side access provided with flexible tubing with tap and luer-lock fitting
1-way high-pressure snap cock for use with angiography catheters and with automatic mdc injector. Luer-lock connection. Transparent polycarbonate construction to detect any air bubbles.
Universal armed high pressure extension cable for use with automatic contrast medium injector, with rotating male luer lock adapter at one end and female luer lock adapter at the other end. Minimum length 180 cm
Non-ventilated deflectors with high pressure drip tip, luer-lock terminal, roller type flow regulator, Latex free. Length about 190 cm
Endovascular foreign body retrieval systems in nitinol or steel, with high radiopacity, suitable for navigating in small calibre vessels. Compatible with microcatheters from 0.021" to 0.027".
Nitinol endovascular foreign body retrieval systems in the shape of a "lasso", high radiopacity, suitable for navigation in small caliber vessels. Compatible with microcatheters from 0.021" to 0.027".
Self-expanding nitinol device with controlled detachment for the occlusion of cerebral vessels with a diameter of at least 1.5 mm to 5 mm, indicated for the treatment of aneurysms, fistulas or bleeding.
Teflon disposable seldinger needles with metal chuck 18G - 7cm Teflon disposable seldinger needles with fixed side wings metal chuck compatible with 0.038" guide 18G - 7cm
Teflon disposable seldinger needles pediatric type compatible with 0.025" guide 20G - 5cm
Thrombus aspiration system composed as follows:thrombus collecting basket compatible with aspiration pumpthrombus aspiration tube, high pressure, compatible with aspiration pumpSuction pump for thrombus removal in free use compatible with pos 26
Sterile disposable syringe with negative pressure for thrombus aspiration. In polycarbonate, with luer-lock connection and locking system in multiple plunger positions. Capacity 50/60 ml
luer lock syringes in polycarbonate with neutral colour from 1 to 5 ml
polycarbonate luer lock syringes with different colour codes from 10 ml
1ml 3ml and 5 ml luer lock syringe in polypropylene
System for quick closure of femoral arterial access by implantation of bioresorbable device. Compatible with femoral introducers of various sizes
Reinforced carrier catheter, with atraumatic and radiopaque tip, with different curve configurations. Sizes 5F (approximately 0.056''), 6F (approximately 0.070'') and 7F (approximately 0.078''). Length approximately 90-100 cm
Reinforced load-bearing catheter for neurovascular applications, with a flexible, atraumatic structure of the distal portion, provided with hydrophilic coating and radiopaque marking. External diameter 6F, 7F and 8F. Length about 80, 90, 100 cm. Including dilator
Highly supportive 6Fr wide lumen guiding catheter reinforced proximally with flat and round steel wires to give the catheter high support and stability and distally with platinum coiling to give high flexibility and distal navigation capability. Wide range of lengths.
Carrier catheter with flow blocking balloon in carotid artery, length at least 80 cm, diameter at least 8F and 9F, large internal caliber at least 0.080".
Carrier catheter with high proximal support and soft distal segment for distal intracranial catheterization. Provided with hydrophilic outer coating, armor and radiopaque end. Outer diameter up to 5F and inner diameter up to 0.055" various lengths
Carrier catheter with high proximal support and soft distal segment for distal intracranial catheterization. Provided with external hydrophilic coating, armor and radiopaque end. Outer diameter up to 5F and inner diameter over 0.055" various lengths
Carrier catheter with high proximal support and soft distal segment for distal intracranial catheterization. Supplied with external hydrophilic coating, reinforcement and radiopaque tip. Outer diameter 6F and inner diameter up to 0.070" various lengths
Carrier catheter with high proximal support and soft distal segment for distal intracranial catheterization. Supplied with external hydrophilic coating, armor and radiopaque tip. Outer diameter 6F and inner diameter over 0.070" various lengths
Carrier catheters for neuroradiological procedures capable of advancing at the level of intracranial vessels (proximal to the treatment site). Armed section about 120/135 cm long with external caliber about 4F.
Intermediate catheters for coaxial access to distal intracranial vessels, with caliber of about 3-4 F. Particularly soft structure of the tip and large internal caliber compatible with the thromboaspiration technique or with the treatment of aneurysms or vascular malformations. Different lengths available
Intermediate catheters of about 5F, with a particularly soft tip structure and an internal caliber of less than 0.055", compatible with the coaxial endovascular navigation technique for thromboaspiration.
Intermediate catheters of approximately 5F, with a particularly soft tip structure and an internal caliber greater than 0.055", compatible with the endovascular coaxial navigation technique for thromboaspiration.
Approximately 6F intermediate catheters with a particularly soft tip structure and an internal caliber of less than 0.070", compatible with the endovascular coaxial navigation technique for thromboaspiration.
Approximately 6F intermediate catheters with a particularly soft tip structure and an internal caliber of 0.070", compatible with the endovascular coaxial navigation technique for thromboaspiration.
Approximately 6F intermediate catheters with a particularly soft tip structure and a large internal calibre of more than 0.070", compatible with the endovascular coaxial navigation technique for thromboaspiration.
Microcatheters for superselective intracranial use, flow-dependent, with detachable tip of different lengths. Internal coating compatible with DMSO. Diameter about 1.5 Fr
Microcatheters for superselective intracranial use, flow-dependent, with NON-detachable tip, thermo-modellable. Length up to 165 cm and distal diameter between 1.2 Fr and 1.8 Fr.
Microcatheters for intracranial use, internal diameter approximately 0.0165" soft tip
Microcatheters for intracranial use, with internal diameter approximately 0.0165" medium tip
Microcatheters for intracranial use, with an inner diameter of approximately 0.0165" straight and preformed tip
Microcatheters for intracranial use, with an inner diameter of approximately 0.0165" straight tip and preformed, heatable tip
Microcatheters for intracranial use, with internal diameter approximately 0.021" soft tip
Microcatheters for intracranial use, with internal diameter approximately 0.021" medium tip
Microcatheters for intracranial use, with internal diameter approximately 0.021" straight and preformed tip
Microcatheters for intracranial use, with an inner diameter of approximately 0.021" straight tip and preformed, heat-shapeable tip
Microcatheters for intracranial use, with internal diameter approximately 0.027" soft tip
Microcatheters for intracranial use, with internal diameter approximately 0.027" medium tip
Microcatheters for intracranial use, with internal diameter approx. 0.027" medium thermomodellable tip
Microcatheters for intracranial use, approximately 0.028" internal diameter
Microcatheters for intracranial use, 0.022" to 0.026" in diameter
Microcatheters for intracranial use, 0.017" internal diameter, soft tip
Microcatheters for intracranial use, 0.017" internal diameter medium tip
Balloon catheters for carotid angioplasty, monorail system compatible with 0.014" guide, balloon diameter at least 2.5 to 5 mm
Balloon catheters for carotid angioplasty, monorail system compatible with 0.018" guidewire, balloon diameter at least 2.5 to 5 mm
Monorail quick-exchange balloon microcatheters for angioplasty of intracranial stenoses, low profile. Sizes approx. 1.25 to 4.0 mm in diameter and lengths approx. 10 to 40 mm
OTW balloon microcatheters for angioplasty of intracranial stenoses, low profile. Sizes approx. 2.0 to 4.0 mm in diameter and lengths approx. 10 to 20 mm
Single lumen occlusion balloon for intracranial use, indicated for remodeling, treatment of vasospasm, or occlusion testing. The balloon must have short inflation and deflation times. Different types of balloon sizes and compliances
Occlusion balloon, single lumen, for intracranial use with dural venous sinus remodelling technique
Neurovascular microguides with a diameter of about 0.007".
Neurovascular microguides with a diameter of about 0.008".
Neurovascular microguides with diameter approximately 0.010" cm 200 medium tip
Neurovascular microguides with diameter approx. 0.010" cm 300 approx.
Neurovascular microguides with diameter approximately 0.010" cm 200 approx. soft tip
High torsion control neurovascular microguides for intracranial navigation, provided with hydrophilic coating, with a constant diameter over the entire length of 0.014", about 200 cm extendable with extension.
Extension for extension compatible with previous item microguide
High torsion control neurovascular microguides for intracranial navigation, provided with hydrophilic coating, with constant diameter over the whole length of 0.014", about 200 cm, soft tip
High torsion control neurovascular microguides for intracranial navigation, provided with hydrophilic coating, with constant diameter of 0.014" over the whole length, about 200 cm, medium tip and medium support
High torsion control neurovascular microguides for intracranial navigation, provided with hydrophilic coating, with proximal diameter of 0.014", distal diameter of 0.012" with possibility to connect the extension
above mentioned microguide extension
High torsion control neurovascular microguides for intracranial navigation, provided with hydrophilic coating, with constant diameter over the whole length equal to 0.014", about 300 cm soft tip
High torsion control neurovascular microguides for intracranial navigation, provided with hydrophilic coating, with constant diameter over the whole length of 0.014", about 300 cm medium tip and medium support
Neurovascular microguides for intracranial navigation, with a proximal diameter of 0.014" and distal diameter of 0.012".
Platinum microcoils for embolization of intracranial aneurysms, with mechanical detachment system. The coils must be stretch-resistant and offer a wide variability of morphologies, sizes and different degrees of softness. Compatible with microspirals from 0.017" to 0.025".
Platinum microcoils for embolization of intracranial aneurysms, with thermoelectric detachment system. The coils must be stretch-resistant and offer wide variability in terms of morphology, size and different degrees of softness. Compatible with 0.017" micros.
Platinum microspirals for embolization of intracranial aneurysms, with electrolytic release system. The coils must be stretch-resistant and offer a wide variability of morphologies, sizes and different degrees of softness. Compatible with 0.0165" microcatheter internal diameter.
Mechanical thrombectomy system for thrombus removal in ischemic stroke patients 3/3.5 mm diameter compatible with 0.017" microcatheter
Mechanical thrombectomy system for thrombus removal in ischemic stroke patients diameters 4/4.5 mm compatible with 0.017" microcatheter
Mechanical thrombectomy system for thrombus removal in ischemic stroke patients diameters 3/3.5 mm compatible with 0.021" microcatheter
Mechanical thrombectomy system for thrombus removal in ischemic stroke patients diameters 4/4.5 mm compatible with 0.021" microcatheter
Mechanical thrombectomy system for thrombus removal in ischemic stroke patients diameter 5 mm compatible with 0.021" microcatheter
Mechanical thrombectomy system for thrombus removal in ischemic stroke patients 6 mm diameter compatible with 0.021" microcatheter
Mechanical thrombectomy system for thrombus removal in ischemic stroke patients 5 mm diameter compatible with 0.027" microcatheter
Mechanical thrombectomy system for thrombus removal in ischemic stroke patients 6 mm diameter compatible with 0.027" microcatheter
Radiopaque non-adhesive embolizing liquid system, viscosity between at least 12 and 34 to be used with DMSO compatible microcatheters for embolization of vascular malformations and hypervascular neoplasms
" Embolization microspheres, non-absorbable, hydrophilic, made of acrylic copolymer, biocompatible, perfectly calibrated and with controlled compression, guarantee permanent and uniform occlusion of the treated vessel, diameters from 40 to 1200 microns, available in 1 or 2 ml pre-filled syringes, or in bottles to be mixed. " cyanoacrylate glue with indication of use for cerebral vascular treatment
A totally or partially intrasaccular flow diversion delivery system indicated for the treatment of ruptured and unruptured cerebral aneurysms, comprising the following: A) Intrasaccular flow diversion device B) Dedicated microcatheter C) Disposable device for device detachment
Self-expanding closed-cell carotid stent with intertwined filaments, monorail system, diameter at least 6 to 9 mm, various lengths
Self-expandable open-cell carotid stent made of nitinol, monorail system, diameter at least 6 to 9 mm, various lengths
Self-expandable closed-cell nitinol carotid stent with double layer, to reduce the embolic risk. Monorail system on 0.014" guide, different diameters and lengths
Implantable devices for assisted coiling of wide-collar bifurcation aneurysms. Self-expanding nitinol stent-like structure with helix containment system. The system must be easily repositionable and/or recapturable, available for collars up to approximately 15 mm.
Implantable devices for assisted coiling of wide-collar bifurcation aneurysms. Self-expanding nitinol stent-like structure, with flow-diverter effect crown, which can contain intra-aneurysmal opening coils. The system must be easily repositionable and/or recapturable, available for collars up to about 10 mm.
Self-expanding open-cell intracranial stent, made of laser-cut nitinol, partially retrievable, provided with positioning markers at proximal and distal ends. Different diameters and lengths. Compatible with 0.017" microcatheters
Self-expanding, closed-cell, nitinol braided, partially retrievable intracranial stent with placement markers at proximal and distal ends. Different diameters and lengths. Compatible with 0.017" microcatheters
Self-expanding, closed-cell, nitinol braided, partially retrievable intracranial stent with placement markers at proximal and distal ends. Different diameters and lengths. Compatible with 0.021" microcatheter
Self-expanding, closed-cell, laser-cut nitinol intracranial stent, partially retrievable, with positioning markers at proximal and distal ends. Different diameters and lengths. Compatible with microcatheters from 0.021" to 0.025".
Self-expanding, open-cell, nitinol intracranial stent with proximal and distal end placement markers. Compatible with 0.0165" microcatheters. Multiple diameters and lengths.
Non-blocking nitinol twisted-wire stent-like system indicated for remodeling intracranial aneurysms.
Self-expanding, non-detachable intracranial stents for the treatment of vasospasm. The stent must be compatible with 0.0165" microcatheters. Stent pusher must be approximately 0.014" gauge, compatible with "monorail" type rapid exchange catheters.
Self-expandable cobalt-chrome flow-diversion stent, with high coverage of the vessel surfaces and aneurysm neck, for progressive exclusion of the lesion from the circulation. The stent must be partially retrievable and compatible with 0.027" micro
Self-expandable Nitinol flow-diversion stent, with high coverage of the vessel surfaces and the collar of the aneurysm, for progressive exclusion of the lesion from the circulation. The stent must be fully retrievable and compatible with 0.027" micro
Self-expandable Nitinol flow-diversion stent, with high coverage of the vessel surfaces and the collar of the aneurysm, for progressive exclusion of the lesion from the circulation. The stent should be partially retrievable, have independent pusher guide, and be compatible with 0.021" micro
Self-expandable Nitinol or cobalt-chrome flow-diversion stent with high coverage of the vessel surfaces and aneurysm collar for progressive exclusion of the lesion from the circulation. The stent must be partially retrievable and compatible with 0.021" micro
Self-expandable Nitinol flow-diversion stent, with high coverage of the vessel surfaces and the collar of the aneurysm, for progressive exclusion of the lesion from the circulation. The stent must be partially retrievable and compatible with 0.017" micro
Carotid Stent Filter
Vertebroplasty kit containing high viscosity radiopaque spinal cement (PMMA) complete with introducer needles of various sizes and lengths, biopsy needles, accessories to minimize X-ray exposure and instruments for mixing and injection without aspiration or inhalation of vapours deriving from mixing (closed system). The cement should be immediately usable with no liquid phase, and maintain the injectable viscous phase for at least 15 minutes. RF system for the ablation of vertebral metastases consisting of: RF generator for free use and dedicated disposable probe. The generator must be equipped with a display for monitoring the ablation temperature, power adjustment and impedance measurement. The probe shall allow monopeduncular approach by means of a tip that cannot be curved or externally curved by the operator. The system must be integrated with a vertebroplasty kit complete with cement and any other accessories to perform the procedure.
Radiofrequency kit for osto-articular antalgic therapy and transient denervation and/or injury, consisting of graduated needle and electrode with cable to be connected to generator (on loan for use).

Opportunity closing date

27 October 2021

Value of contract

£5m-50m