Agilis Robotics
Agilis Robotics is dedicated to advancing minimally invasive surgical technology through the development of highly flexible, miniaturized robotic instruments. Their mission is to empower surgeons with innovative tools that enable precise, safe, and efficient surgeries within natural body cavities, reducing patient trauma and improving outcomes. The company specializes in creating ultra-thin, fully flexible surgical instruments with diameters between 2.8 mm and 3.5 mm, capable of accessing and removing tumors in areas from the bladder to deep within the colon. They focus on integrating AI and advanced control systems to enhance surgical precision and training.
Industries
Nr. of Employees
small (1-50)
Agilis Robotics
Products
Dual-arm flexible endoluminal robotic system
A compact surgical robotics platform comprising a mobile cart, compact control console, and two ultra-thin flexible disposable arms designed to pass through standard endoscope channels to enable dextrous tissue manipulation and en-bloc resections via natural orifices.
Dual-arm flexible endoluminal robotic system
A compact surgical robotics platform comprising a mobile cart, compact control console, and two ultra-thin flexible disposable arms designed to pass through standard endoscope channels to enable dextrous tissue manipulation and en-bloc resections via natural orifices.
Services
On-site partnerships with hospitals and clinicians to perform cadaver and live-animal testing, collect usability feedback, and validate procedural workflows for endoluminal robotic systems.
Hands-on training programs, workshops, and establishment of regional training centers to shorten learning curves and support integration of endoluminal robotic procedures into clinical practice.
Support for regulatory submission planning, clinical trial preparation, and coordination with regulatory authorities to facilitate investigational approvals and registration processes.
On-site partnerships with hospitals and clinicians to perform cadaver and live-animal testing, collect usability feedback, and validate procedural workflows for endoluminal robotic systems.
Hands-on training programs, workshops, and establishment of regional training centers to shorten learning curves and support integration of endoluminal robotic procedures into clinical practice.
Support for regulatory submission planning, clinical trial preparation, and coordination with regulatory authorities to facilitate investigational approvals and registration processes.
Expertise Areas
- Natural-orifice endoscopic surgical robotics
- Continuum/flexible robotics design and miniaturization
- Preclinical translational research (cadaver and animal models)
- AI-driven intraoperative image analysis and augmented reality
Key Technologies
- Continuum/flexible robotic arms
- Miniaturized multi-DOF endoluminal actuators
- Master–slave teleoperation control systems
- AI-based image recognition