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LimFlow Products

The LimFlow system consists of a family of fully percutaneous products designed to optimize perfusion of the critically ischemic foot by facilitating revascularization of the pedal arch.

LFW Breaking News_1

LimFlow 2nd Generation ARC®️ and V-Ceiver®️ Catheter and the LimFlow Vector®️ have received MDR CE mark approval

The LimFlow ARC (Arterial Catheter) and V-Ceiver (Venous Catheter)

LimFlow is the only purpose-built system for artery to vein crossing.

The proprietary ARC (arterial catheter) and V-Ceiver (venous catheter) enable optimal visual alignment under fluoroscopy and provide a dependable solution in the setting of below-the-knee artery to vein crossing.

The V-Ceiver’s radiopaque mesh fills the vein to provide a distinct visual target and the ARC’s embedded crossing needle has a long reach to allow for multiple crossing options.

Products – OUS

The LimFlow Vector (Valvulotome)

The LimFlow Vector is a unique and purpose-made 4Fr, over-the-wire “Push Valvulotome” that is specifically designed to lyse venous valves by pushing downward from the tibial to the distal pedal veins to enable blood to flow into the foot. This makes the process of rendering the valves incompetent more reproducible than the more traditional process of pulling through the valve and is designed for full and immediate pedal arch arterialization.

Vector’s cutting basket with forward-facing hooks is designed to preserve the venous walls of the foot and avoid vessel trauma by obviating the need for high-pressure ballooning to improve outflow.

The LimFlow Stents

Extension Covered Stents

Novel electrospun PTFE-covered nitinol Extension Stents are designed to maximize outflow to the foot by keeping valves in the calf open, while blocking smaller veins from taking flow back to the heart.

Products – OUS
Products – OUS

Crossing Stents

The proprietary Crossing Stent system is designed to create the channel for the blood to move from artery to vein, and offers precise and easy deployment with a distinct nitinol stent design and an enhanced stent delivery system.

The novel tapered crossing stent with electrospun PTFE cover material is specifically designed to optimize sizing for both the artery and vein to maximize flow.