Abstract No. LBA15 Remote-Controlled Endovascular Navigation with a Miniature, Single-Use, Robotic System. Results of the ACCESS-PVI Trial
Robotic systems for remote catheter manipulation have been developed to allow the physician to control and direct catheter movement at a distance from the patient. Among other benefits, these systems allow physicians to reduce radiation exposure during interventions, reduce physical strain and potentially improve the accuracy of movements. Until now, these systems have been complex, costly, and required capital equipment with an extensive footprint. LIBERTY is the first miniaturized, portable, single-use endovascular robotic system that enables remote manipulation of guidewires and catheters in the peripheral vasculature.
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Robotic systems for remote catheter manipulation have been developed to allow the physician to control and direct catheter movement at a distance from the patient. Among other benefits, these systems allow physicians to reduce radiation exposure during interventions, reduce physical strain and potentially improve the accuracy of movements. Until now, these systems have been complex, costly, and required capital equipment with an extensive footprint. LIBERTY is the first miniaturized, portable, single-use endovascular robotic system that enables remote manipulation of guidewires and catheters in the peripheral vasculature.
