Inovatyvi Medicina
Sentante is a pioneering company developing the world’s first fully-robotic system for endovascular interventions. Their mission is to transform healthcare by increasing treatment availability for patients and protecting medical personnel from occupational hazards through innovative robotic solutions. The company’s vision is to bring advanced, safe, and remote endovascular procedures into clinical practice, leveraging disruptive technology such as full robotic manipulation, teleoperation, haptic feedback, and universal device compatibility. Sentante aims to revolutionize vascular and neurovascular interventions, making them safer, more precise, and accessible from a distance, with future perspectives including training modules, device testing platforms, and AI automation. The company is actively involved in clinical trials, EU projects, and has received recognition such as the iF Design Award 2025 and funding from the European Innovation Council. Their management team includes CEO Edvardas Satkauskas, CMO Dr. Tomas Baltrūnas, COO Dr. Evaldas Kalvaitis, CTO Vilius Dambrauskas, and Chief Mechanical Engineer Vaidotas Labunskas. They collaborate with advisory board members and industry partners to advance their innovative solutions.
Industries
Nr. of Employees
small (1-50)
Inovatyvi Medicina
Products
Fully robotic teleoperated endovascular system
Integrated system for remote manipulation of catheters and guidewires with haptic feedback, multi-instrument control, and an ergonomic operator console to reduce staff radiation exposure.
Sterile disposable procedure cassettes and preloading system
Single-use disposable components and preloading workflow designed to integrate with the robotic system for sterile procedural execution.
Fully robotic teleoperated endovascular system
Integrated system for remote manipulation of catheters and guidewires with haptic feedback, multi-instrument control, and an ergonomic operator console to reduce staff radiation exposure.
Sterile disposable procedure cassettes and preloading system
Single-use disposable components and preloading workflow designed to integrate with the robotic system for sterile procedural execution.
Services
Preclinical testing and animal studies
Design and execution of animal experiments to validate robotic manipulation of endovascular devices and procedural workflows.
First-in-human clinical feasibility studies
Execution of clinical safety and feasibility studies using the teleoperated robotic system for peripheral endovascular procedures.
R&D collaborations for component development
Partnerships to develop subsystems such as remote-controlled digital inflators and disposable cassette workflows.
Training and device testing services
Provision of simulated models and haptic-enabled training environments for clinician training and device testing.
Preclinical testing and animal studies
Design and execution of animal experiments to validate robotic manipulation of endovascular devices and procedural workflows.
First-in-human clinical feasibility studies
Execution of clinical safety and feasibility studies using the teleoperated robotic system for peripheral endovascular procedures.
R&D collaborations for component development
Partnerships to develop subsystems such as remote-controlled digital inflators and disposable cassette workflows.
Training and device testing services
Provision of simulated models and haptic-enabled training environments for clinician training and device testing.
Expertise Areas
- Endovascular robotics
- Telerobotic/remote interventions
- Haptic-enabled surgical control
- Clinical trial execution for medical devices
Key Technologies
- Robotic teleoperation
- Haptic force-feedback systems
- Multi-channel robotic instrument control
- Endovascular catheter and guidewire manipulation