• Innovation Reinvented
LIBERTY® Endovascular Robotic System
Step into the next generation of endovascular intervention. LIBERTY® is engineered for physicians who demand intuitive control, efficiency and peace of mind.
Drive the Future of Intervention ™
LIBERTY® delivers smooth, responsive peripheral endovascular navigation in a single-use, remotely operated
design that fits seamlessly into your workflow. You are in command, even from across the room.
Intended Use and Indications for Use
The LIBERTY Endovascular Robotic System is intended for use in the remote delivery and manipulation of guidewires and catheters, and remote manipulation of guide catheters to facilitate navigation to anatomical targets in the peripheral vasculature.
The LIBERTY Endovascular Robotic System is not intended for coronary or neurointerventional procedures.
LIBERTY® is an endovascular robotic system for interventional physicians and hospitals seeking to improve procedural precision, safety and efficiency. Unlike traditional manual techniques, LIBERTY offers a single-use, compact solution that enables controlled remote operation while transforming vascular access and navigation without the complexity or cost of capital equipment.
- Single-use, fully-disposable without need for capital investment
- Remote handheld control keeps you away from harmful radiation
- Small footprint integrates into existing workflow
- No additional infrastructure required
- Simple and intuitive set-up in under 5 minutes¹
- Short-learning curve to proficiency
- Compatible with guidewires and catheters*
- AccuGrip™ securely holds wires and catheters
¹Research report from wet-lab with 9 experienced interventional radiologists. Set-up times and learning curve will vary with user
*Within the product specifications
- No upfront capital expense
- Single-Use
- Aims to increase procedure efficiency
- Reduce exposure to radiation*
- Eliminate user physical strain*
*When operating seated away from radiation source
- No dedicated infrastructure required
- Can be utilized in multiple sites of service
- Designed to use off-the-shelf instruments
I believe my fellow interventional radiologists, as well as the hospital administrators, will gravitate to the LIBERTY Robotic System when it becomes commercially available because I believe it addresses many clinical and financial needs…
Vincent Vidal
Timone HospitalHaving completed over 100 robotic cases in the interventional space using larger bulky capital equipment, I was immediately drawn to the LIBERTY technology and the barriers it breaks down…
Ripal T. Gandhi
Miami Cardiac & Vascular Institute…As someone who does many interventional oncology procedures, I was impressed with how easy the system was to set up and how effortlessly I could get to my target.
Thierry Jacques De Baère
Institut Gustave Roussy Cancer CenterThe LIBERTY Robotic System intrigued me from the first time I saw it, due primarily to the future I feel robotics will play in our field.
David C. Madoff
Yale Medical CenterClinical Evidence
Over 5M+ Procedures in the US Alone¹
In the next 3-5 years the majority of interventionalists expect to be using Robotics³, but there currently exists nothing to overcome the multiple barriers leading to the low penetration of them in the Endovascular space.
Only <1% of Endovascular Procedures are done Robotically. 2
>75% of Interventionalists Plan for Robotics to become a part of their practice.³
Clinical Study Highlight
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.4
92% relative reduction in radiation exposure
0% adverse device effects reported
100% successful robotic navigation in all cases
¹1Medtech 360 Reports. ²Deduced from Public Records. ³Survey of 200 Interventionalists, data on file. 4 Abstract No. LBA15 Remote-Controlled Endovascular Navigation with a Miniature, Single-Use, Robotic System. Results of the ACCESS-PVI Trial Cornelis, F. et al. Journal of Vascular and Interventional Radiology, Volume 36, Issue 3, S235 – S236, Data on file
Contact Us
Microbot Medical Inc.
175 Derby St Bld 27
Hingham, MA 02043
Phone: +1 781-875-3605
Email: info@microbotmedical.com

