Hello, Louisville! We're bringing the Future of Intervention™ to SIR EDGE. Visit us at tabletop #5 and Test Drive LIBERTY™. Learn more: hubs.ly/Q04yGR230

Our team is at the Cardiovascular and Interventional Radiological Society of Europe (CIRSE) Annual Congress this weekend. We look forward to seeing you! 🗓️ September 5–9, 2026 📍 Copenhagen, Denmark

LIBERTY® can help maximize impact in a time of shortage. LIBERTY is a compact, single-use, remotely operated robotic system designed to address staffing shortages by offering a less physically demanding and more accessible solution. Learn more at hubs.ly/Q04wDgXM0

"LIBERTY® is going to reshape patient care by remote access, by standardization, but most importantly, we are going to provide excellent care to every patient. I think it’s going to change everything." Watch the full video here: hubs.ly/Q04wrTGf0

(Post 2/2) The LIBERTY® Endovascular Robotic System gives women in IR the option to continue their careers in the cath lab during pregnancy. LIBERTY enables remote, seated operation, can help minimize radiation exposure to the operator, and is designed for quick and simple setup.

(Post 1/2) For many women in interventional radiology, pregnancy isn’t just a life decision. It’s a career consideration. Learn more at hubs.ly/Q04s-Mz20.

Our team will be attending the Cardiovascular and Interventional Radiological Society of Europe (CIRSE) Annual Congress. We look forward to seeing you in Copenhagen! 🗓️ September 5–9, 2026 📍 Copenhagen, Denmark

Innovation in interventional procedures isn’t optional. It’s essential. Ergonomics and reducing physical strain for interventional staff can reduce burnout and help ensure career longevity. hubs.ly/Q04t0sBd0

LIBERTY® can help protect physicians’ health and support high-quality patient care by providing a less physically demanding, more accessible solution. Learn how LIBERTY® aims to empower physicians and improve patient care at hubs.ly/Q04t0Jms0.

(Post 2/2) 🗓️Saturday, August 29, 2026 📍Congressional Ballroom, 3rd Floor 🕥Exhibit Breakout 1 - 10:30 AM - 11:45AM 🕒Exhibit Breakout 2 - 3:00 PM - 4:15 PM Visit hubs.ly/Q04t0sXG0 for more information about the conference.

(Post 1/2) 10 days until the Interventional Radiology IEP Residents’ and Young Physicians’ Conference in Austin, TX! Join us on Saturday, August 29th during exhibit hours to learn how the LIBERTY® Endovascular Robotic System is redefining interventional procedures.

LIBERTY® is the only FDA cleared, single-use, remotely operated robotic system for peripheral endovascular procedures, and it is designed for precise vascular navigation while aiming to reduce radiation exposure and physical strain.  Learn about LIBERTY: hubs.ly/Q04tdx270

Microbot Medical® Files 10-Q, Reports Significant #Revenue and Customer #Growth During the 2026 Second Quarter. Read Press Release: hubs.ly/Q04sBgwD0 $MBOT #LIBERTY #MicrobotMedical

Austin, here we come! We're looking forward to exhibiting at the #InterventionalRadiology IEP, Residents' and Young Physicians' Conference! Visit our booth to connect with the team and learn more about LIBERTY®. hubs.ly/Q04s147d0

Precision meets simplicity with the LIBERTY® Endovascular Robotic System. The only peripheral endovascular robotic system with a completely single-use, remote design. Learn more about LIBERTY®: hubs.ly/Q04q30SY0  #Innovation #Robotics #InterventionalRadiology #MBOT

See how the LIBERTY® Endovascular Robotic System can help protect physician health and maintain high-quality care for patients by offering interventional teams a less physically demanding and more accessible solution. hubs.ly/Q04q3m760

There’s an “impending epidemic” as we face a physician shortage in interventional radiology. Ergonomics and reducing physical strain for interventional staff can reduce burnout and help ensure career longevity.

The LIBERTY® Endovascular Robotic System is efficient and easy to set up without the complexity or high costs of capital equipment. Learn more at hubs.ly/Q04q3sZC0

Download the ACCESS-PVI Clinical Trial: hubs.ly/Q04pqKXv0 (2/2)

Endovascular robotic manipulation of guidewires and catheters via remote control guidance using a miniaturized, disposable system was feasible and successful in all cases, minimizing radiation exposure for the operator while maintaining a desirable safety profile. (1/2)