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Robotics
Your partner in advanced robotic solutions
ParagonCare Robotics supplies advanced surgical robotics systems to hospitals and healthcare facilities, including CMR Surgical's Versius platform for minimal-access abdominal and thoracic surgery, and the Atlas laser robot navigation system for AI-assisted guidance across spine, pain and percutaneous procedures. Our portfolio helps clinicians work with greater precision, consistency and confidence, improving patient outcomes and supporting operational efficiency. All systems are backed by a skilled service team and comprehensive training and education programs.
Frequently Asked Questions
What robotic systems does ParagonCare supply?
ParagonCare supplies two advanced robotic platforms. For Surgical Robotics Australia, we distribute the Versius Surgical Robotic System from CMR Surgical — a modular, portable platform for minimal access abdominal and thoracic surgery. For interventional robotics, we supply the Atlas Laser Robot Navigation Platform from Atlas Medical Technologies, which provides real-time, AI-assisted laser guidance for spine, pain, and percutaneous procedures.
What is the Versius Surgical Robotic System?
Versius is a next-generation robotic surgery system developed by CMR Surgical that resets expectations of soft-tissue robotic-assisted surgery. Its small, portable, and modular design allows surgeons to use only the number of arms needed for a given procedure — fitting into virtually any operating room without requiring changes to existing infrastructure. The same doors, the same floors, the same ceilings. Versius biomimics the human arm, giving surgeons optimised port placement alongside the dexterity and accuracy of small, fully wristed instruments, supported by 3D HD vision and an ergonomic open-surgeon console.
How does Versius support surgeon training and adoption?
Versius builds on familiar laparoscopic knowledge and port placement, helping surgical teams reach proficiency with robotic surgery systems rapidly. CMR Surgical provides a structured Versius Training Program for surgeons and surgical teams, complemented by ongoing collaborative clinical research programs. The mature, evidence-based approach to adoption is supported by ParagonCare's dedicated service team throughout every stage of the process.
Does Versius require changes to existing operating room infrastructure?
No. This is a key advantage of the Versius surgical robotics platform. Its modular, portable design fits into virtually any existing operating room — no modifications to doors, floors, or ceilings are required. The system integrates into existing workflows, and surgeons can configure it using only the number of arms a given procedure requires.
What is the Atlas Laser Robot Navigation Platform?
Atlas is an AI-assisted laser co-pilot for CT and CBCT-guided interventional procedures — a specialist interventional robotics platform from Atlas Medical Technologies. It uses proprietary software that combines CT scans and patient data to provide visual guidance for planning each treatment step, making the free-hand technique faster and more precise. All clinical decisions and the execution of therapy remain entirely with the physician. Atlas supports a four-step guided workflow: patient tracker placement, trajectory planning from CT/CBCT images, laser alignment on the skin, and manual needle placement with laser-projected visual orientation.
What procedures does the Atlas platform support?
Atlas supports a broad range of image-guided robotics applications across two main clinical areas. For spine and pain management, it provides instant laser guidance for epidural, periradicular, and facet injections — ready to use in seconds with no calibration or setup required. For oncology and percutaneous procedures, the platform supports RFA, MWA, Cryo, IRE, biopsies, drainages, and punctures — all within a single, consistent workflow delivering millimetric precision.
What clinical performance outcomes does the Atlas platform deliver?
Peer-reviewed laser navigation studies underpinning the Atlas interventional robotics platform demonstrate measurable performance improvements compared to freehand technique: 23–45% faster procedure times, 29–53% reduction in radiation exposure, up to 87% greater precision at the entry point, and 40–50% fewer control scans required. These outcomes support both clinical quality and operational efficiency for healthcare providers.
What service and support does ParagonCare provide for its robotic systems?
All robotic surgery systems supplied by ParagonCare — including Versius and Atlas — are backed by a highly skilled service team and comprehensive educational programs, including hands-on training and ongoing support. ParagonCare Robotics is committed to supporting clinicians at every stage of adoption, from initial training and implementation through to long-term clinical and technical support, helping teams work with greater accuracy, consistency, and confidence.
