When asked ‘what’, the reply is “We make customizable electromagnetic tracking systems for use in biomedical and industrial applications.”
When asked ‘why’, the answer is “To help innovators create the next generation of medical devices.”
When asked ‘who’, the solution is Radwave Technologies.
After years of building in-house electromagnetic tracking systems for medical devices, Radwave’s co-founders 
saw the need to overcome limitations around the sensing volumes, accuracy, interference and compatibility with intraoperative imaging. And, came of age through a passion to help people create cutting-edge medical devices that work seamlessly and effectively while performing intricate procedures.
Now Radwave has commercialized their vision overcoming the obstacles of electromagnetic tracking technology, and conquering the issues of limited sensing volume & EM interference. Envisioned and created by industry leaders with over 100 years of combined experience, their expertise is knowing how to design, develop, and deploy electromagnetic tracking technology for medical devices.
Patent-pending modular design enables large, flexible configuration tailored to meet any medical device needs. Using proprietary algorithms and components to maintain accuracy, Radwave technology detects metal and electromagnetic interference. Ready out of the box and offers quick and cost-effective integration with the user’s device.
Mentions & Memorable Milestones
July 2021 — Radwave Technologies and TT Electronics Partner to Bring Innovative Electromagnetic Tracking System to Market
This innovative platform provides a way to accurately track minimally invasive diagnostic and therapeutic devices in procedures with no clear line of sight.
TT Electronics, a global provider of engineered electronics for performance critical applications, today announced it has partnered with Radwave Technologies to help bring an accurate, reliable, and customizable electromagnetic (EM) tracking platform to the surgical navigation market. This advanced technology offers solutions for medical device innovators who are seeking to add new or improved EM capabilities to their medical devices. The complete navigation system can be customized to accurately track a broad spectrum of minimally invasive diagnostic and therapeutic devices during surgical procedures with no clear line of sight. Full article.
December 2020 — Radwave Technologies Inc. Awarded Phase I SBIR grant from the National Science Foundation
Receives a National Science Foundation (NSF) Small Business Innovation Research (SBIR) Phase I grant. This sizable grant will enable the company to accelerate the development of their next-generation electromagnetic tracking system for surgical navigation, which features:
* Scalable tracking volume (as large as the patient’s entire body)
* Compatibility with intraoperative fluoro & CT-scan
* Real-time detection and correction of interference (no more inaccuracies in the presence of fluoro or robotic arms).
This award is another validation for all the work Radwave does to make this next-gen system the standard in the industry. Link to the Award Abstract
We are proud to have Radwave Technologies at UEL and look forward to helping them thrive. Congratulations everyone at Radwave on this significant and well-deserved milestone.
Link to learn more and/or to contact Radwave Technologies
