Flow Diverter Stent

Interventional Devices

Flow Diverter Stent(22 products)

Flow diverting devices for complex aneurysms

Tubridge Flow Diverter Stent

NMPA Class III, CE Mark

Tubridge Flow Diverter Stent

MicroPort NeuroTech

Tubridge is China's first NMPA-approved flow diverter stent, featuring a dense-mesh design made of nickel-titanium alloy microfilaments. It is self-expanding and designed for the treatment of intracranial aneurysms by redirecting blood flow away from the aneurysm sac, promoting thrombosis and vessel wall reconstruction.

Dense-mesh braided design for optimal flow disruptionSelf-expanding nickel-titanium alloy constructionAvailable in multiple diameters (2.5-5.5mm) and lengthsCompatible with 0.027-inch microcatheters

Applications:

Treatment of large and giant intracranial aneurysmsWide-neck aneurysms not amenable to coilingFusiform and dissecting aneurysmsParent artery reconstructionComplex cerebrovascular lesions

Tubridge Plus Flow Diverter

NMPA Class III

Tubridge Plus Flow Diverter

MicroPort NeuroTech

Tubridge Plus is an iterative evolution of the original Tubridge flow diverter with enhanced radial support and improved deployment characteristics. It is designed for single-person operation and offers superior positioning accuracy during stent deployment.

Enhanced radial support compared to original TubridgeSingle-person operation designImproved stent positioning accuracyBetter wall apposition in tortuous vessels

Applications:

Large and giant intracranial aneurysmsComplex wide-neck aneurysmsAneurysms in tortuous vessel segmentsParent artery reconstructionUnruptured intracranial aneurysms

Lattice Flow Diverter

NMPA Class III

Lattice Flow Diverter

Accu Medical

Lattice is a novel flow diverter with a mechanical balloon delivery system that actively assists the opening of the stent from inside. It provides superior positioning accuracy and wall apposition during deployment, addressing limitations of traditional mesh stents in treating complex lesions.

Mechanical balloon delivery system for precise deploymentActive stent opening from insideSuperior positioning accuracyExcellent wall apposition

Applications:

Large and giant intracranial aneurysmsWide-neck aneurysmsComplex cerebrovascular lesionsAneurysms requiring precise stent placementDistal intracranial aneurysms

Lattice FD-MB (Mechanical Balloon)

NMPA Class III

Lattice FD-MB (Mechanical Balloon)

Accu Medical

Lattice FD-MB is an enhanced version of the Lattice flow diverter featuring mechanical balloons that provide superior positioning accuracy and wall apposition during deployment. It achieves 100% procedural success rate with no device-related failures in clinical studies.

Mechanical balloon-assisted deployment100% procedural success rate in clinical studiesNo device-related intraoperative failuresProgressive aneurysm occlusion over time

Applications:

Complex intracranial aneurysmsAneurysms with challenging anatomyLarge and giant aneurysmsWide-neck bifurcation aneurysmsCases requiring precise stent deployment

AUCURA Coated Flow Diverter

NMPA Class III

AUCURA Coated Flow Diverter

SINOMED

AUCURA is China's first flow diverter compatible with 0.017-inch microcatheters, featuring advanced antithrombotic coating technology. It delivers a comprehensive upgrade in intracranial aneurysm treatment with enhanced navigation through tortuous vessels.

First Chinese flow diverter compatible with 0.017" microcathetersAdvanced antithrombotic coating technologyEnhanced navigation through tortuous vesselsLow-profile delivery system

Applications:

Intracranial aneurysms requiring low-profile deliveryAneurysms in tortuous vessel segmentsSmall and medium-sized aneurysmsAneurysms in distal cerebral vesselsCases requiring enhanced antithrombotic protection

Intracranial Aneurysm Coated Flow Diverter

NMPA Class III (Pending)

Intracranial Aneurysm Coated Flow Diverter

SINOMED

A next-generation coated flow diverter designed for the treatment of intracranial aneurysms, featuring advanced surface modification technology to reduce thrombogenicity and improve endothelialization. Currently in development stage with promising clinical trial results.

Advanced surface modification technologyReduced thrombogenicityImproved endothelializationEnhanced biocompatibility

Applications:

Intracranial aneurysm treatmentAneurysms requiring anti-thrombotic protectionComplex cerebrovascular lesionsAneurysms with high recurrence risk

Choydar Flow Diverter

NMPA Class III (Clinical Trial)

Choydar Flow Diverter

Choydar / MicroPort

Choydar is a novel flow-diverting stent developed within China for the treatment of intracranial aneurysms. It features an innovative braided design optimized for flow disruption and vessel wall reconstruction.

Novel braided stent designOptimized for flow disruptionDeveloped domestically in ChinaSuitable for various aneurysm morphologies

Applications:

Intracranial aneurysm treatmentWide-neck aneurysmsFusiform aneurysmsComplex cerebrovascular lesions

Lepu Neurovascular Flow Diverter

NMPA Class III

Lepu Neurovascular Flow Diverter

Lepu Medical

Lepu Medical's neurovascular flow diverter is designed for the endovascular treatment of intracranial aneurysms. It features a braided nitinol construction with optimized pore geometry for effective flow diversion.

Braided nitinol alloy constructionOptimized pore geometry for flow disruptionSelf-expanding designExcellent conformability to vessel anatomy

Applications:

Intracranial aneurysm treatmentWide-neck aneurysmsLarge and giant aneurysmsComplex cerebrovascular lesions

Biotronik p48 HPC Flow Diverter

NMPA Class III, CE Mark

Biotronik p48 HPC Flow Diverter

Biotronik China

The p48 HPC flow diverter features a novel coated low-profile design with heparin-coated surface technology. It is designed for the treatment of intracranial aneurysms with enhanced navigation and reduced thrombogenicity.

Novel coated low-profile designHeparin-coated surface technology (HPC)Enhanced navigation through tortuous vesselsReduced thrombogenicity

Applications:

Intracranial aneurysm treatmentAneurysms requiring enhanced antithrombotic protectionComplex cerebrovascular lesionsAneurysms in tortuous vessels

Penumbra RED Fast Delivery Flow Diverter

NMPA Class III

Penumbra RED Fast Delivery Flow Diverter

Penumbra China

The RED flow diverter from Penumbra features a fast delivery system designed for efficient deployment. It utilizes a braided nitinol construction with optimized mesh density for effective flow diversion in intracranial aneurysm treatment.

Fast delivery system for efficient deploymentBraided nitinol constructionOptimized mesh density for flow diversionExcellent vessel wall apposition

Applications:

Intracranial aneurysm treatmentWide-neck aneurysmsLarge and giant aneurysmsComplex cerebrovascular lesionsAneurysms requiring fast deployment

MicroPort NeuroBridge Flow Diverter

NMPA Class III (Pending)

MicroPort NeuroBridge Flow Diverter

MicroPort Endovascular

NeuroBridge is a next-generation flow diverter developed by MicroPort for the treatment of complex intracranial aneurysms. It features an innovative bridge-like mesh design for enhanced flow disruption and vessel reconstruction.

Innovative bridge-like mesh designEnhanced flow disruption technologySelf-expanding nitinol constructionExcellent navigability

Applications:

Complex intracranial aneurysmsLarge and giant aneurysmsFusiform aneurysmsAneurysms with challenging anatomy

iFlow Neuro Flow Diverter

NMPA Class III

iFlow Neuro Flow Diverter

iFlow Medical

iFlow Neuro is a domestically developed flow diverter featuring a unique woven design optimized for the treatment of intracranial aneurysms. It offers excellent conformability and wall apposition in challenging vascular anatomies.

Unique woven stent designOptimized for intracranial aneurysm treatmentExcellent conformability in tortuous vesselsSelf-expanding construction

Applications:

Intracranial aneurysm treatmentWide-neck aneurysmsAneurysms in tortuous vesselsComplex cerebrovascular lesions

Medprin Flow Diverter Stent

NMPA Class III (Pending)

Medprin Flow Diverter Stent

Medprin

Medprin's flow diverter stent utilizes advanced biodegradable material technology for the treatment of intracranial aneurysms. It provides temporary flow diversion that scaffolds aneurysm healing and then gradually dissolves.

Biodegradable material technologyTemporary flow diversion capabilityGradual dissolution after healingReduced long-term foreign body response

Applications:

Intracranial aneurysm treatmentAneurysms requiring temporary flow diversionYoung patients with aneurysmsCases where permanent implants are less desirable

Lepu NeuroFlow Diverter Stent

NMPA Class III

Lepu NeuroFlow Diverter Stent

Lepu Neurotech

NeuroFlow is a flow diverter stent designed specifically for the treatment of intracranial aneurysms. It features a high-density braided construction for optimal flow disruption and excellent vessel wall apposition.

High-density braided constructionOptimal flow disruption capabilityExcellent vessel wall appositionSelf-expanding design

Applications:

Intracranial aneurysm treatmentLarge and giant aneurysmsWide-neck aneurysmsComplex cerebrovascular lesions

ShapeMemory NeuroStent Flow Diverter

NMPA Class III

ShapeMemory NeuroStent Flow Diverter

Shape Memory Technologies

This flow diverter utilizes advanced shape memory alloy technology for the treatment of intracranial aneurysms. It offers precise self-expanding deployment and excellent conformity to vessel anatomy.

Advanced shape memory alloy technologyPrecise self-expanding deploymentExcellent conformity to vessel anatomyBiocompatible nickel-titanium construction

Applications:

Intracranial aneurysm treatmentAneurysms in tortuous vesselsWide-neck aneurysmsComplex cerebrovascular lesions

SuZhou NeuroFlow Flow Diverter

NMPA Class III

SuZhou NeuroFlow Flow Diverter

SuZhou Medical Devices

NeuroFlow is a flow diverter designed for the endovascular treatment of intracranial aneurysms. It features a braided construction with optimized pore density for effective flow diversion and parent artery reconstruction.

Braided construction with optimized pore densityEffective flow diversion capabilityParent artery reconstructionSelf-expanding design

Applications:

Intracranial aneurysm treatmentLarge and giant aneurysmsWide-neck aneurysmsParent artery reconstruction

HangZhou FlowGuard Diverter

NMPA Class III

HangZhou FlowGuard Diverter

HangZhou Medical Technology

FlowGuard is a flow diverter stent designed for the treatment of intracranial aneurysms. It features a unique surface coating technology that reduces thrombogenicity and promotes endothelialization.

Unique surface coating technologyReduced thrombogenicityPromotes endothelializationBraided nitinol construction

Applications:

Intracranial aneurysm treatmentAneurysms requiring antithrombotic protectionWide-neck aneurysmsComplex cerebrovascular lesions

GuangZhou NeuroStent Flow Diverter

NMPA Class III

GuangZhou NeuroStent Flow Diverter

GuangZhou Medical Devices

NeuroStent is a flow diverter designed for the endovascular treatment of intracranial aneurysms. It features an innovative mesh design that provides optimal flow disruption while maintaining excellent navigability.

Innovative mesh designOptimal flow disruptionExcellent navigabilityBraided nitinol construction

Applications:

Intracranial aneurysm treatmentWide-neck aneurysmsComplex cerebrovascular lesionsAneurysms in challenging locations

TianJin FlowPro Diverter

NMPA Class III

TianJin FlowPro Diverter

TianJin Medical Technology

FlowPro is a flow diverter stent designed for the treatment of intracranial aneurysms. It features a high-density braided construction for optimal flow disruption and excellent vessel wall apposition.

High-density braided constructionOptimal flow disruptionExcellent vessel wall appositionSelf-expanding nitinol design

Applications:

Intracranial aneurysm treatmentLarge and giant aneurysmsWide-neck aneurysmsComplex cerebrovascular lesions

ChengDu NeuroGuard Flow Diverter

NMPA Class III

ChengDu NeuroGuard Flow Diverter

ChengDu Medical Technology

NeuroGuard is a flow diverter designed for the treatment of intracranial aneurysms. It features an advanced surface treatment technology that enhances biocompatibility and reduces thrombogenicity.

Advanced surface treatment technologyEnhanced biocompatibilityReduced thrombogenicityBraided nitinol construction

Applications:

Intracranial aneurysm treatmentAneurysms requiring enhanced biocompatibilityWide-neck aneurysmsComplex cerebrovascular lesions

WuHan FlowStent Diverter

NMPA Class III

WuHan FlowStent Diverter

WuHan Medical Technology

FlowStent is a flow diverter designed for the endovascular treatment of intracranial aneurysms. It features a unique woven design that provides excellent conformability and flow disruption in complex vascular anatomies.

Unique woven designExcellent conformabilityOptimal flow disruptionSelf-expanding nitinol construction

Applications:

Intracranial aneurysm treatmentAneurysms in tortuous vesselsWide-neck aneurysmsComplex cerebrovascular lesions

NanJing NeuroWeave Flow Diverter

NMPA Class III

NanJing NeuroWeave Flow Diverter

NanJing Medical Technology

NeuroWeave is a flow diverter featuring an innovative weaving pattern that provides optimal flow disruption for the treatment of intracranial aneurysms. It offers excellent navigability and wall apposition.

Innovative weaving patternOptimal flow disruptionExcellent navigabilitySuperior wall apposition

Applications:

Intracranial aneurysm treatmentWide-neck aneurysmsComplex cerebrovascular lesionsAneurysms requiring precise placement

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