The CORI System continues to evolve and expand compatibility with our total, partial and revision knee systems, including cemented and cementless primary knee implant technology. Furthermore, the CORI System is compatible with implants and approaches for …

Harness robotic-assisted revision knee arthroplasty with CORI System; offering image-free registration, and intra-op joint line restoration and gap balancing.

Robotics-assisted knee surgery with Smith+Nephew implants can deliver the ultimate knee replacement experience - a quicker, smoother recovery* 1,2† using a naturally shaped knee made from materials designed to last.

CORI brings robotics-assisted precision to total knee surgery. After removing the cutting guides, the prosthetic knee implants are implanted and your knee is checked to make sure it moves and is balanced correctly. It is important to understand that the …

Surgeon-controlled ligament tensioning with CORI Digital Tensioner; the first and only pre-bone resection digital tensioning device for robotic-assisted TKA.

Built on the power of Real Intelligence, a brand name of the connected suite of enabling technology solutions from Smith+Nephew, the CORI Surgical System is a new generation of robotics that delivers a smarter*1, more efficient*1, handheld robotic solution.

Tailor partial knee replacement procedures with the CORI Robotics-assisted Partial Knee Replacement Surgery.

OrthoNeuro is proud to offer the Cori robotic Surgical System® — a type of robotic knee replacement surgery. Our specially trained surgeons use this cutting-edge technology to accurately plan, prepare, and place implants for partial knee replacement surgery and total knee replacement surgery.

Meet the CORI Surgical System, a robotics-assisted knee surgery platform that adds an extra layer of pre-surgical planning and improved precision for partial and total knee replacement procedures. Your knee replacement surgery is unique, …

REAL INTELLIGENCE™ CORI™ (CORI) is intended to assist the surgeon in providing software-defined spatial boundaries for orientation and reference information to anatomical structures