CANNULATION IS UNPREDICTABLE.

We make it predictable with magnetic steering: an external magnetic navigation system guiding a magnetic wire tip - so you can enter the vessel you want with less trial-and-error.

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In complex anatomy, cannulation can take one minute - or 10.

Manual torque and push-based wires were never designed for predictable entry in misaligned fenestrations or tortuous vessels.

Guidewire

Target

In fenestrated EVAR, target vessel misalignment ≥15° occurs in ~40% of patients and is associated with worse outcomes¹.

¹Crawford SA et al. Journal of Vascular Surgery, 2019.

Magnet outside: Controlled external magnetic field
Magnet inside: Magnetized, steerable wire tip

Result: Responsive tip control, gentler vessel entry, stable positioning during stent deployment

Magnetic crossover in complex iliac anatomy - no additional support catheters or devices needed.

Magnetic tip stabilization during bridging stent delivery. Active control reduces instability during advancement into the target vessel.

What if navigation was independent of torque?

TESTED BY SURGEONS

"Intuitive"

With a normal guidewire, this would not have been possible. You can close your eyes and still succeed.

Bob Geelkerken
Vascular Surgeon
Enschede, NL

"A game changer"

The Flux 3 elevates endovascular procedures from unstable pushing guidewires to stable and safe pulling guidewires into arteries.

Jean-Paul de Vries Vascular Surgeon
Groningen, NL

"Elevating our capabilities"

The Flux 3 system elevates endovascular procedures from unstable pushing guidewires to stable and safe pulling guidewires into arteries.

Anahita Dua
Vascular Surgeon
Boston, USA

"Next-level"

The Flux 3 system represents the next level of endovascular therapy!

Michael Lichtenberg
Angiologist
Arnsberg, DE

"Remarkable"

The Flux 3 system empowers me to do remarkably easy vessel cannulation and stent placement.

Robert Beasley Interventional Radiologist
Miami, USA

"Amazing"

This is amazing. Without any effort, you can just let the magnet take care of the job.

Michel Reijnen
Vascular Surgeon
Arnhem, NL

Reduced cannulation time
Reduced radiation exposure
Fewer wire exchanges
Reduced vessel trauma
100% first-attempt cannulation success in target vessel access¹

What this enables

See it in action

¹Pre-clinical in-vivo study conducted in Miami. No human patients. Investigational system not available for sale.

ONE PLATFORM TWO WORKFLOWS

Starting with what surgeons need first.

FIRST CLINICAL FOCUS

AXIOM
Predictable target vessel cannulation + wire stability in fenestrated and branched aortic repair.

PLATFORM EXPANSION

UNIFLUX
Magnetic-assisted crossing for peripheral chronic total occlusions where conventional strategies reach their limit.

Regulatory Status: Investigational system. Not available for commercial sale. Flux magnetic navigation systems have been evaluated in controlled pre-clinical in-vivo feasibility studies. No human patients. No clinical trial data available at this time.

Conventional wire advancement (left) vs. active magnetic steering (right). External control improves tip stability and reduces deflection during vessel entry.