
Meet at ARCH in St. Louis!
Join team Radiaction at the Advanced Revascularization Chapter (ARCH) Symposium in St. Louis! ARCH is the nation’s premier interventional cardiology course for busy practicing physicians and trainees. Our team will be on-site from April 9 to 12, 2025.
You can learn about the revolutionary Radiaction system. This is the first automated technology to block scatter radiation at the source, protecting the interventional team from radiation.
- Quick pre-procedure device prep
- One-button deployment and retraction
- Zero effect on C-arm performance and maneuverability
Don’t accept the risks of radiation exposure—block an average of 90% radiation reduction and get the comprehensive protection you and your team deserve.
Schedule a Meeting With Us!
System Features

FDA Class II Clearance

Radiation Blocking at the Source

Allows Immediate Patient Access

Protection Throughout the Procedure Room

Rapid Deployment and Retraction (2-3 seconds)

Seamlessly Integrates into Procedural Workflow
Trusted in Clinical Settings
"Prior to Radiaction, I was speaking to my facility about decreasing my procedure hours due to my concerns with radiation exposure, now I feel great comfort having the system in my EP lab, and I never want to perform procedures without it…the blue light indicating the system is deployed gives me great comfort."
Assuta Ashdod University MC
“Protecting myself and my team from scatter radiation is a top priority. Performing long ablation procedures and increased procedure volume exposes electrophysiologists to a high level of accumulated radiation, which becomes a real concern.”
Assuta Ashdod University Medical Center
“Our staff is exposed to a significant amount of scatter radiation, and our aim is to try and decrease and reduce radiation as much as we can….I have to say the system is very easy to deploy and operate. It incorporates very well with the flow of the coronary cath and EP arena. We have seen with our experience that it reduces radiation by over 90 percent, a very significant amount of radiation reduction.”