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We make electromagnetic tracking systems for use in biomedical and industrial applications.

Accurate Tracking

Interference Detection

Large & Modular Sensing Volume

Intraoperative Fluoroscopy & CT Compatibility

Integration-ready Components, Ready to Scale

Contact Us

Start your custom solution today

1-612-567-1274

info@radwavetech.com

1000 Westgate Dr Suite 103, St. Paul, Minnesota, 55114

Proudly made in Medical Alley, MN

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Slide Redefining Electromagnetic Tracking Helping innovators create the next generation of medical devices We deliver customizable electromagnetic tracking technology that enables medical device innovators to achieve the performance they need in image-guided & robotic surgeries, and other applications. INQUIRE ABOUT A CUSTOM SOLUTION

BUILT FOR YOUR PURPOSE

We deliver tailored tracking solutions that are highly accurate and precise for both new and existing medical devices - even in settings that are full of interference.

ACCURATE & RELIABLE

SENSING VOLUME THAT SCALES TO YOUR NEEDS

MODULAR & ADAPTIVE FOR ANY PROCEDURE

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The next generation of Electromagnetic Tracking

Customizable Sensing Volume

Match our system’s sensing volume to your procedural needs, no matter how small or large. Focus on an area, or navigate along the patient's entire anatomy.

Small 5 & 6 DOF Sensors

Seamlessly integrate miniature coil sensors into your surgical instruments, tools, robots, and other equipment. Use 6DOF sensors for additional roll degree of freedom.

Interference Detection

Reliably detect metal and electromagnetic interference for improved position confidence.

Medical Device Ready Components

Manufactured under ISO 13485 (quality), IEC 62304 (software), IEC 60601-1 (safety), and IEC 60601-1-2 (emissions & immunity)

Intraoperative Scan

Radiotranslucent antennas enable intraoperative fluoroscopy and CT imaging.

Compatibility

Broad compatibility with a wide range of environments, equipment, and tools.

High Sampling Rate

Track multiple sensors at the same time without slowing down.

Easy & Secure Integration

Our secure API is equipped with a modern library & high-level programming interface for rapid integration with new and existing medical devices.

START YOUR CUSTOM ELECTROMAGNETIC NAVIGATION PROJECT NOW

Equip your medical device with state-of-the-art navigation system for accurate instrument tracking

Why Electromagnetic Tracking?

The advancements in image-guided and robotic surgeries have increased the need for accurate motion tracking that can locate surgical instruments and tools inside the human body, where there is no line of sight. Electromagnetic tracking is a favored method for tracking these instruments because of its accuracy, low cost, and reliability.

Minimally Invasive & Robotic Surgery

Enable image-guided navigation platform that caters to the specific needs of minimally invasive surgeries, while minimizing radiation exposure.

Track absolute and relative poses and orientation of laparoscopic & robotic tools in real time, and have greater confidence during surgery.

Electrophysiology

Tracking of electrophysiology catheters to help create high-resolution spatial maps of the electrical activity of the heart.

Tracking of AF cardiac ablation catheters for accurate tissue ablation.

Interventional Imaging

Track percutaneous ablation catheter / needle for accurate tumor ablation that spares healthy tissue and avoid critical organs.

ENT Surgery

Tracking of surgical instruments to confirm and facilitate procedural steps and to avoid critical cranial anatomy close to the sinus.

Diagnostics

Minimally-invasive targeting of biopsy tools to improve diagnostic yield & minimize use of radiation.

WE’RE READY TO HELP YOU BUILD

Our team has the expertise to help you get started on a custom electromagnetic tracking system for your medical device today.

Our Team

Radwave’s co-founders have worked together building in-house electromagnetic tracking systems for various large medical device companies. These experiences allowed them to develop unique perspective in overcoming the challenges around electromagnetic tracking in the medical device market.

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Andrew Brown

CEO

A medical technology leader with a successful track record in developing novel medical devices from concept to commercialization.

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Lev Koyrakh

President & CTO

One of the top experts in the field, Lev has over 40 patents in electromagnetic tracking, machine learning and AI for image-guided surgeries.

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Sean Morgan

COO

A hardware engineer and product development manager with over 12 years of experience at companies including BTG, Medtronic, and St. Jude Medical.

Our Accomplishments

UEL Incubation Program
UEL Incubation Program
Launch MN Innovation Grant
Launch MN Innovation Grant
2020 MN Cup Finalist
2020 MN Cup Finalist
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