Smith+Nephew introduced its new CORI Digital Tensioner, a purpose-built device that lets surgeons measure the ligament tension in a knee prior to cutting bone. By enabling a surgeon to quantify joint laxity in the native knee and achieve an optimal ligament tensioning force, the CORI Digital Tensioner may help reduce variability when balancing the knee in surgery.
The CORI Digital Tensioner produces a surgeon-defined, quantifiable force to distract the knee joint, apply consistent tension to the ligaments, and provide objective gap data for procedure planning and execution. A small clinical case series showed that the CORI Digital Tensioner reduced variability of tensioning by 64% when compared to a manual technique.
Advancing procedural innovation in robotic-assisted surgery, the CORI Digital Tensioner is a differentiated technology designed to help solve challenges for surgeons, including:
The first and only ligament tensioning device in robotic-assisted surgery to assess joint laxity in the native knee before performing bony resection.
Automatic collection of gap data at a specified force through the full range of movement.
A true tensioning device using a software interface that allows surgeons to choose their preferred target force value (50±10N, 100±10N, or 150±10N).
Smith+Nephew introduced its new CORI Digital Tensioner, a purpose-built device that lets surgeons measure the ligament tension in a knee prior to cutting bone. By enabling a surgeon to quantify joint laxity in the native knee and achieve an optimal ligament tensioning force, the CORI Digital Tensioner may help reduce variability when balancing...
Smith+Nephew introduced its new CORI Digital Tensioner, a purpose-built device that lets surgeons measure the ligament tension in a knee prior to cutting bone. By enabling a surgeon to quantify joint laxity in the native knee and achieve an optimal ligament tensioning force, the CORI Digital Tensioner may help reduce variability when balancing the knee in surgery.
The CORI Digital Tensioner produces a surgeon-defined, quantifiable force to distract the knee joint, apply consistent tension to the ligaments, and provide objective gap data for procedure planning and execution. A small clinical case series showed that the CORI Digital Tensioner reduced variability of tensioning by 64% when compared to a manual technique.
Advancing procedural innovation in robotic-assisted surgery, the CORI Digital Tensioner is a differentiated technology designed to help solve challenges for surgeons, including:
The first and only ligament tensioning device in robotic-assisted surgery to assess joint laxity in the native knee before performing bony resection.
Automatic collection of gap data at a specified force through the full range of movement.
A true tensioning device using a software interface that allows surgeons to choose their preferred target force value (50±10N, 100±10N, or 150±10N).
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