What are Arrhythmias?

Cardiac Arrhythmias are common medical conditions in which the heart beats irregularly and inefficiently. Electrical signals that flow through the heart regulate each heartbeat. When these signals misfire or travel through the heart in a poor manner, the heartbeat becomes uncoordinated and no longer efficiently pumps blood through the body.

Tens of millions of individuals suffer from arrhythmias. There are different types of arrhythmias and their symptoms and health risks vary. When left untreated, arrhythmias may significantly increase the risk of stroke, heart failure, and sudden cardiac arrest.

The primary therapies prescribed to arrhythmia patients include pharmaceuticals, implanted devices, and cardiac ablation procedures. Cardiac ablation is a well-established treatment for arrhythmias with nearly one million procedures performed each year. This minimally-invasive procedure involves a catheter being navigated through the blood vessels into the heart. The catheter then delivers energy to precise parts of the heart muscle, normalizing the electrical signals and returning the heart to normal healthy rhythm.

Robotic Magnetic Navigation

Robotic Magnetic Navigation (RMN) introduces the benefits of highly sophisticated robotics technology to allow for safer and effective cardiac ablation procedures.1

In traditional cardiac ablation procedures, a physician manually manipulates a catheter by hand. Controlling the catheter tip by holding on to the opposite end (three feet away!) while trying to perform precise movements within the delicate heart isn’t easy. The challenge could be compared to signing your name while holding a long pencil by its eraser.

RMN fundamentally transforms catheter navigation using magnetic fields and robotic precision to navigate a magnetic catheter directly from the tip. The technology consists of two robotically-controlled magnets next to the operating table. During the procedure a physician uses an intuitive computer interface to adjust the magnetic field around the patient. This allows a physician to precisely direct and steer a cardiac ablation catheter that has a magnet embedded in its tip.

The technology may seem like science fiction, but it is very much a reality. Hundreds of physicians at over one hundred leading hospitals globally have used this technology to treat over 100,000 patients to date. The benefits of RMN are well established, with over 300 peer-reviewed scientific publications documenting the benefits of RMN.

Benefits of RMN

Treatment Precision

The precision provided by robotics is incomparable to that available by hand. RMN allows the catheter to reach the exact points where it is needed, wherever that may be. You wouldn’t sign a document holding a pencil from its eraser. Ensure your physician is taking control of the catheter from the tip. Ensure your heart is being treated with great precision and care.

94%

of reported data shows better or equivalent acute and long term procedure success versus manual.¹

Gentle Touch

Your heart is delicate. Manual catheters are rigid – they have to be in order to translate hand movements from the base to the tip. The RMN catheter is guided by the small magnet at its tip and does not require that rigidity. It is soft and gentle, like al dente spaghetti. Ensure your heart is treated safely with a gentle soft touch.

62%

reduction in major complication rates for RMN vs. manual across all reported data.¹

Reduced Radiation

Physicians use x-ray to view the catheter during the procedure. When a physician uses RMN they have all the procedure data presented on a large screen in front of them and are more confident in the safety of the gentler RMN catheter. This confidence leads to much lower usage of x-ray. Another way RMN improves patient safety and care.

67%

of reported data shows a significant reduction in x-ray usage.¹ The average reduction is equivalent to about 235 fewer chest x-rays, compared to manual.²

The benefits of Robotic Magnetic Navigation (RMN) have been demonstrated with scientific rigor in hundreds of independent, peer-reviewed publications. We encourage you to review the clinical data in detail.

Advocates

Hundreds of leading physicians at over 100 hospitals globally have treated over 100,000 patients with RMN. They have witnessed the benefits of RMN first-hand. Hear from the experts and patients directly.
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The hospital locator directory provides contact information for hospitals that treat cardiac arrhythmias using Stereotaxis' Niobe RMN system. Stereotaxis does not charge any healthcare provider to be included in this directory, nor does Stereotaxis verify the accuracy of any information provided by physicians included in this hospital locator directory. Stereotaxis does not endorse or recommend any individual physician, practice or healthcare facility. Ask your healthcare provider what is right for you. Only a licensed healthcare provider should diagnose cardiac arrhythmias and recommend treatment options.

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References & Intended Use

  1. Data on file
  2. Link to study

Stereotaxis Intended Use Statements, United States Labeling:

The Niobe™ ES system is intended to navigate compatible magnetic devices through tissue to designated target sites in the right and left heart, coronary vasculature, neurovasculature, and peripheral vasculature by orienting the device tip in a desired direction. The Stereotaxis Cardiodrive™ automated catheter advancement system (CAS) is intended for automatically advancing and retracting only compatible magnetic electrophysiology (EP) mapping and ablation catheters inside the patient’s heart when used in conjunction with a Stereotaxis magnetic navigation system. The Cardiodrive™ system is not intended to advance the EP mapping and ablation catheters through the coronary vasculature or the coronary sinus.

Consult the associated product labeling for the Indications for Use and instructions of other devices used in conjunction with Stereotaxis products.

Niobe™ and Cardiodrive™ are trademarks of Stereotaxis, Inc. registered in the United States, European Community, and Japan.