18569020. MAGNETICALLY DRIVEN CROSSING TOOLS FOR ARTERIAL AND VENOUS OCCLUSIONS simplified abstract (KONINKLIJKE PHILIPS N.V.)

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MAGNETICALLY DRIVEN CROSSING TOOLS FOR ARTERIAL AND VENOUS OCCLUSIONS

Organization Name

KONINKLIJKE PHILIPS N.V.

Inventor(s)

Cedar Decker of ALBERTVILLE MN (US)

Mitchell Erickson of CRYSTAL MN (US)

Kerianne Steucke of MAPLE GROVE MN (US)

MAGNETICALLY DRIVEN CROSSING TOOLS FOR ARTERIAL AND VENOUS OCCLUSIONS - A simplified explanation of the abstract

This abstract first appeared for US patent application 18569020 titled 'MAGNETICALLY DRIVEN CROSSING TOOLS FOR ARTERIAL AND VENOUS OCCLUSIONS

The abstract describes a guidewire insertion device that includes a first guidewire with an electromagnetic tip, a second guidewire with a magnetic tip, and a controller that modulates the force of the electromagnetic tip to control the movement of the magnetic tip.

  • Simplified Explanation:

- A device with two guidewires, one with an electromagnetic tip and the other with a magnetic tip. - A controller adjusts the force of the electromagnetic tip to move the magnetic tip.

  • Key Features and Innovation:

- Combination of electromagnetic and magnetic tips for precise control. - Controller for modulating force to guide the magnetic tip. - Enhanced accuracy in guidewire insertion procedures.

  • Potential Applications:

- Medical procedures requiring precise guidewire placement. - Minimally invasive surgeries. - Interventional radiology.

  • Problems Solved:

- Improving accuracy in guidewire insertion. - Enhancing control during medical procedures. - Facilitating complex surgeries.

  • Benefits:

- Increased precision in guidewire placement. - Reduced risk of complications. - Improved patient outcomes.

  • Commercial Applications:

- Title: "Advanced Guidewire Insertion Device for Medical Procedures" - Potential use in hospitals, surgical centers, and interventional radiology labs. - Market implications include improved procedural outcomes and reduced complications.

  • Questions about Guidewire Insertion Device:

1. How does the electromagnetic tip differ from the magnetic tip in the guidewire insertion device? 2. What are the specific advantages of using a controller to modulate the force of the electromagnetic tip?

  • Frequently Updated Research:

- Stay updated on advancements in guidewire technology for medical procedures. - Monitor developments in electromagnetic and magnetic guidewire systems for improved control and accuracy.


Original Abstract Submitted

A guidewire insertion device () includes a first guidewire () including an electromagnetic tip (); a second guidewire () including a magnetic tip (); and a controller () configured to modulate a force of the electromagnetic tip of the first guidewire to control movement of the magnetic tip of the second guidewire.

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