Vascular intervention devices are specialized medical tools used in the treatment of conditions affecting the blood vessels, including arteries and veins. These devices are designed to restore or improve blood flow by addressing issues such as blockages, aneurysms, stenosis, and other vascular diseases. Common vascular intervention devices include stents, angioplasty balloons, catheters, thrombectomy devices, and grafts. These devices are used in minimally invasive procedures, such as angioplasty and endovenous laser therapy, to treat peripheral artery disease (PAD), coronary artery disease (CAD), and venous insufficiency. They play a crucial role in enhancing patient outcomes by promoting healthy circulation and preventing complications

  • X-RAY PROTECTIVE CLOTHING AND ACCESSORIES

    Discover our complete range of lightweight clothing with a comfortable design for radiation protection for all types of procedures.

  • MERIL PROMESA BMS SELF EXPANDING NITINOL PERIPHERAL STENT SYSTEM

    Promesa BMS is a self expanding Nitinol peripheral stent system for use in peripheral vasculature which undergoes various axial, longitudinal, compression and other relative forces. Promesa delivers Impactful Performance and Enduring Outcomes.The use of Nitinol self expanding stents may also extend to biliary usage.

  • MERIL OBTURATM VASCULAR CLOSURE DEVICE

    ObturaTM Vascular Closure Device is an effective mechanical system for femoral artery puncture site closure.
    Incorporated with a potent sealing system, it provides an assailable sealing with the collagen plug and efficiently designed anchor.

  • MERIL NEXGEN BARE METAL STENT

    NexGenTM provides the platform for BioMime DES. NexGen is an ultra-thin 65 µm strut thickness bare metal stent. Hybrid stent design with closed cells (on both ends of the stent) & open cells (in the middle) allows for Morphology Mediated Expansion for adequate conformability and lesser edge dissections. Stent design features non-linear S links & Y connectors allowing for high flexibility and adequate side branch access. Strut width variability ensures optimal radial strength.

  • MERIL MYVAL BALLOON EXPANDABLE TAVR SYSTEM

    • Balloon expandable TAVR system with bovine pericardium tri-leaflet valve on a Nickel Cobalt alloy frame with Hybrid-Honey comb design.
    • The unique hybrid design of Myval, post crimping, has a unique appearance of alternating light and dark bands under fluoroscence, supporting ease of positioning on the annular plane.
    • Unique crimping pattern with MyvalTM, due to the geometry of design ensures precise orthotopic device placement without any deep throating into the LVOT.
    • Precise annular placement ensures that there is no conduction system disturbances thus eliminating need for a new pace maker as seen with previous technologies.
    • MyvalTM comes with a Navigator Balloon with a Dual-Stopper System for precision in positioning & deployment.
  • MERIL MYRA BMS CO-CR PERIPHERAL STENT SYSTEM

    Myra BMS is the latest generation Co-Cr Stents pre-mounted on OTW balloon catheter system. The newer generation Co-Cr stent platform helps in lowering the strut thickness without compromising on the radial strength and visibility.

    • Hybrid stent architecture with Flexi-S connectors : Open Cell + Closed Cell

    • Latest generation Cobalt-Chromium (Co-Cr) alloy

    • Low strut thickness – 120µ

    • Improved Access & Deliverability

  • MERIL MOZEC SEB NANOTECH NOVEL DRUG DELIVERY CATHETER

    MOZECTM SEB offers controlled and targeted sirolimus drug release. Nanotech Novel Drug Delivery System features a unique formulation of Solid lipid nano spheres (SLN) consisting of sirolimus and lipid spheres. Deliverability enhanced with Mozec PTCA catheter:

  • MERIL MOZEC RX PTCA BALLOON DILATATION CATHETER

    MOZECTM Rx PTCA Balloon Dilatation Catheter is indicated for balloon dilatation of coronary artery or bypass graft stenosis thereby improving myocardial perfusion. It has an ultra-low 0.016” distal tip entry profile that ensures navigation through tight lesions. Its small abrupt balloon shoulders help to avoid injury to healthy vessel adjacent to the lesion.

  • MERIL MOZEC PTA 35 PERIPHERAL BALLOON CATHETER

    Mozec PTA is a percutaneous transluminal angioplasty balloon catheter system for treatment of vessels with obstructive disease, sub-total or total occluded peripheral vessel.

    Low tip entry profile ensures Crossability through tight lesions

    BioGlide™ hydrophilic coating on balloon and shaft provides enhanced Deliverability

    Superior force transmission with seamless single tube transition provides FeatherLite™ Pushability

    FeatherGlide™ Trackability with low tracking force

    Fatigue Resistance balloon material provides better Durability

  • MERIL MOZEC PTA 14 PERIPHERAL BALLOON CATHETER

    Mozec PTA is a percutaneous transluminal angioplasty balloon catheter system for treatment of vessels with obstructive disease, sub-total or total occluded peripheral vessel.

    Ultra-low 0.016” distal tip entry ensures crossability through tight lesions

    BioGlide™ hydrophilic coating on balloon and shaft provides enhanced deliverability

    Superior force transmission with seamless single tube transition provides FeatherLite™ Pushability

  • MERIL MOZEC NC PTCA BALLOON DILATATION CATHETER

    MOZECTM NC PTCA Balloon Dilatation Catheter is indicated for balloon dilatation of the stenotic portion of a coronary artery or a bypass graft stenosis for the purpose of improving myocardial perfusion and also for post-delivery expansion of balloon expandable stents

  • MERIL MILTONIA BI-LEAFLET MECHANICAL HEART VALVE

    The leaflets and hinge ring are made of pyrolytic carbon, which guarantees the excellent biocompatibility and superior safety.

    Open pivot design ensures the sufficient blood washing to reduce the risk of thrombosis.
    This design reduces the shear stress that acts on the blood cells to minimize the damage.

    85° Leaflet Opening

    The 85° leaflet opening provides improved laminar flow, reduces the turbulence, and optimizes the transvalvular gradients.

  • MERIL METAFORTM SIROLIMUS ELUTING CORONARY STENT SYSTEM

    MetaforTM is a Sirolimus Eluting Coronary Stent System with an ultra-thin 65 µm strut thickness. Metafor SES is NexGen Cobalt Chromium Coronary Stent System that has a unique cell design comprising an intelligent mix of open and closed cells. It has a low strut thickness of 65 μm cobalt chromium L605 coupled with variable strut width composition resulting in a structure which provides optimal radial strength with flexibility. Biodegradable Polymer: 2µm low thickness, stable and elastic polymer.

    MetaforTM is based on the proven BioMime DES

  • MERIL MERES100TM BIORESORBABLE VASCULAR SCAFFOLD SYSTEM

    MeRes100TM is a bioresorbable vascular scaffold system that resorbs naturally in the artery within a period of 2-3 years thus leaving the vessel in its true form and nature.The complete resorption prevents chance of late clinical events like restenosis. Thus, also reducing likelihood of repeat revascularization versus metallic DES. MeRes100 is a 2nd generation bioresorbable technology with low strut thickness of 100microns leading to lower crossing profile for ease of delivery and early endothelialization. Couplets of tri-axial RO markers on both ends for enhanced visibility and large size matrix covers multitude of morphologies and lesions.

  • MERIL HAIKUTM IS AN INFLATION DEVICE

    HaikuTM is an inflation device that offers precision in every inflation.

  • MERIL FLORETTM VSD OCCLUDER

    FloretTM VSD Occluders are designed for the percutaneous, transcatheter occlusion of ventricular septal defects based on variety of ventricular septum in thickness. The two types of VSD occluders are: Perimembranous VSD Occluders and Muscular VSD Occluders.

  • MERIL FLORET ASD OCCLUDER

    Floret ASD Occluder is a percutaneous, transcatheter, atrial septal defect closure device. The device is designed to close ASD in secundum position or patients who have undergone a fenestrated Fontan procedure and now require closure of fenestration.

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