Cutting surgical robot CORI

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Overview
CORI◊ SHOULDER combines CT-based pre-operative planning with the CORI XT handheld robotics platform to deliver surgeon-controlled, robotic-assisted shoulder arthroplasty for both anatomic and reverse procedures. The solution integrates kinematic inputs via CORIOGRAPH and is described for use in hospital operating rooms and ambulatory surgery centers.

Key product statements
The system unites digital preoperative planning and a next-generation handheld robotic tool to enable precise surgeon-controlled milling of the humerus and glenoid, support intra-operative plan adjustments and conversion between anatomic and reverse constructs, and integrate with the manufacturer implant portfolio.

Features and benefits

• Personalized planning: CT-based pre-op planning with option to incorporate CORIOGRAPH kinematics (ADLs and scapular-thoracic motion) for patient-specific component positioning.
• Accurate bone preparation: single handheld instrument for humeral and glenoid preparation providing surgeon-controlled precision milling via a deltopectoral approach and improved access to the glenoid face.
• Procedural efficiency: streamlined intra-operative workflow with fewer steps and instruments; adaptable to different OR layouts and suitable for ASC environments.
• Implant compatibility: designed for use with the company’s shoulder implants (including AETOS Meta Stem, multiple baseplates, anatomic heads and glenospheres) to provide procedural flexibility.

Clinical and evidence notes
Information references cadaver and simulated-bone laboratory evaluations and an internal report (Smith+Nephew 2025. Internal Report. 10158129). Reported qualitative feedback from implantation labs covers workflow integration and adaptability. Comparative claims on access or instrument counts are presented alongside referenced lab/sample details.

Disclaimers
CORI◊ SHOULDER technology, services and platform availability vary by market and surgical system compatibility and are subject to local regulatory and medical practice requirements. Refer to the Instructions for Use (IFU) and local regulatory documentation for full prescribing and usage information.

Technical specifications

• System type: CT-based pre-operative planning combined with CORI XT handheld robotics platform.
• Clinical use: Robotic-assisted shoulder arthroplasty (anatomic and reverse).
• Bone preparation: single handheld tool for humerus and glenoid; surgeon-controlled precision milling compatible with deltopectoral approach.
• Planning inputs: CT-based planning with optional CORIOGRAPH kinematic inputs (ADLs and scapular-thoracic motion).
• Implant compatibility: compatible with company shoulder implants including AETOS Meta Stem, multiple baseplates, anatomic humeral heads and glenospheres.
• Intended settings: hospital operating rooms and Ambulatory Surgery Centers (ASCs).
• Evidence references: cadaver and simulated-bone labs; internal report referenced: Smith+Nephew 2025. Internal Report. 10158129.