Stereotaxis Genesis

Stereotaxis Genesis

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Stereotaxis Genesis is a robotic magnetic navigation system enabling precise cardiac catheter ablation and interventional cardiology procedures with TeleRobotics support.

About

Stereotaxis Genesis is a state-of-the-art endovascular robotic platform developed by Stereotaxis, a leader in interventional robotics for cardiovascular medicine. The Genesis system uses computer-controlled magnetic fields to navigate flexible catheters with exceptional precision inside the heart, enabling electrophysiologists to perform cardiac ablation procedures with greater accuracy and reduced radiation exposure compared to manual approaches. The platform integrates seamlessly into the catheterization lab environment and is designed to enhance physician ergonomics, reduce procedural variability, and improve patient safety. Its TeleRobotics capability allows expert physicians to remotely guide procedures, breaking down geographic barriers to specialized cardiac care. Stereotaxis Genesis is used in hospitals and cardiac centers worldwide, supporting fellows and experienced interventional cardiologists alike. The system is backed by extensive clinical data demonstrating improved procedural outcomes. It is built for enterprise healthcare institutions seeking to elevate the standard of interventional cardiology care through robotics and automation. Key users include cardiac electrophysiologists, interventional cardiologists, hospital systems, and cath lab teams looking to adopt next-generation robotic technology. Stereotaxis also provides training resources for fellows and ongoing clinical support.

Key Features

  • Magnetic Robotic Navigation: Uses computer-controlled magnetic fields to precisely steer flexible catheters through complex cardiac anatomy with sub-millimeter accuracy.
  • TeleRobotics: Enables expert physicians to remotely guide interventional procedures, expanding access to specialist cardiac care across geographies.
  • Cardiac Ablation Support: Optimized for electrophysiology procedures including atrial fibrillation and arrhythmia ablation, improving procedural consistency and outcomes.
  • Physician Ergonomics & Safety: Reduces operator radiation exposure and physical strain by allowing procedures to be conducted from a shielded workstation.
  • Clinical Data Backing: Supported by robust clinical evidence demonstrating superior procedural safety and efficacy versus manual catheterization techniques.

Use Cases

  • Cardiac electrophysiologists performing atrial fibrillation ablation with robotic precision and reduced radiation exposure
  • Hospital systems seeking to differentiate their cardiac care program with next-generation robotic navigation technology
  • Academic medical centers and training programs onboarding electrophysiology fellows with structured robotic catheterization training
  • Healthcare networks using TeleRobotics to extend specialist cardiac expertise to remote or underserved hospital locations
  • Interventional cardiology labs aiming to improve procedural consistency, reduce complication rates, and enhance patient safety outcomes

Pros

  • Exceptional Precision: Magnetic navigation provides sub-millimeter catheter control, reducing complications and improving ablation accuracy in complex anatomies.
  • Remote TeleRobotics Capability: Allows world-class specialists to perform or supervise procedures remotely, democratizing access to advanced cardiac care.
  • Reduced Radiation Exposure: Physicians operate from a shielded workstation, significantly lowering career radiation dose compared to traditional manual procedures.

Cons

  • High Capital Cost: As enterprise-grade medical hardware, Genesis requires significant upfront investment and installation, limiting access to well-resourced hospital systems.
  • Specialized Training Required: Operators need dedicated training and a learning curve to maximize the system's capabilities, requiring institutional commitment.
  • Limited to Cardiac Interventions: The platform is purpose-built for electrophysiology and endovascular cardiac procedures, not a general-purpose surgical robot.

Frequently Asked Questions

What is the Stereotaxis Genesis system used for?

The Genesis system is primarily used for cardiac catheter ablation procedures, including treatment of atrial fibrillation and other arrhythmias, using robotic magnetic navigation to guide catheters with precision.

How does TeleRobotics work with Stereotaxis Genesis?

TeleRobotics allows a qualified electrophysiologist to remotely control the robotic system and guide procedures at a distant hospital, enabling specialist expertise to reach patients in underserved locations.

Is Stereotaxis Genesis safe for patients?

Yes. Clinical data supports improved safety outcomes with Genesis compared to manual catheterization, including reduced complications and more consistent catheter placement during ablation.

What types of hospitals use the Genesis system?

Genesis is deployed in hospitals and cardiac electrophysiology centers worldwide, ranging from academic medical centers to community hospitals that perform high volumes of interventional cardiology procedures.

Does Stereotaxis offer training for the Genesis platform?

Yes. Stereotaxis provides dedicated training programs for physicians, including fellows and experienced interventional cardiologists, as well as cath lab staff to ensure safe and effective use of the system.

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