A platform technology advancing endovascular care
The Sentante robotic system can enhance peripheral vascular, neurovascular, cardiovascular, and electrophysiology interventions.*
*Clinical use includes aortoiliac occlusions, renovascular disease, cerebrovascular conditions, iliac aneurysms, dissections, femoro-popliteal, and below-the-knee interventions.
Use the devices
you already trust
Sentante supports standard guidewires and catheter-based devices without the need for proprietary instruments.
It enables control of up to three devices simultaneously, including guidewires from .014" to .035" and catheters from 2Fr to 8Fr.
What’s inside
the system
Sentante remote workstation
Located outside the OR, the workstation provides intuitive guidewire and catheter controls, live imaging, and a radiation-free, ergonomic workspace.
Sentante robotic bedside unit with cart
At the bedside, the robot precisely mirrors the physician’s hand movements advancing, rotating, and retracting endovascular devices.
Sentacles - disposable sterile cassettes
Single-use cassettes (Sentacles) ensure a sterile interface with standard off-the-shelf endovascular devices.
Tactile feedback
Feel every movement
Sentante translates your hand’s motions into precise robotic actions and feeds back real tactile resistance.
Motion scaling enables precise control, removing tremors from the surgeon’s input.
Real-time intraoperative data supports clinical decisions during the procedure.
Accuracy, Precision & Stability
More than steady hands
With three pairs of hands, Sentante accurately manipulates devices or keeps them steady when needed.
Device LOCK mode improves stability and enhance procedural safety.
Sentante increases safety and help reduce procedural risk.
The cath lab,
Reborn digital
Intuitive control with haptic feedback ensures precise vascular navigation.
Real-time intraoperative data supports clinical decisions during the procedure.
Each device movement becomes kinematic and resistance data. Sentante creates digital footprint of each procedure.
Smarter decisions.
Optimized workflows.
Real-time data and machine learning algorithms help physicians avoid errors and make more precise decisions, improving patient outcomes.*
AI-driven system functions support faster, safer, and more consistent procedures.*
*Future functionality.
