CORI Surgical System

Robotic Surgical System CORI

The most cutting-edge and effective portable robotic device, supported by Real Intelligence of Smith+Nephew, created to transform orthopaedics.

The second-generation CORI Surgical System is a portable, tiny platform that can be used for both robotic-assisted knee surgery and computer-guided hip surgery.

It does away with the time, expense and radiation exposure involved with preoperative CT scan, unlike previous methods.

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Robotic Surgical System CORI

Improved robotic software that provides

Smart mapping without images (no CT or MRI needed)
Planning in real time and gap analysis
Improved balance and alignment
Handheld intelligence with surgeon control
for a contemporary robotic strategy

Patient-specific planning

Prior to bone preparation
Visualize cuts and gap balancing, to assist prevent severe ligament releases
Utilize mechanical alignment and ligament data, to alter the strategy for each patient

More effective

Improved robotic knee process, that reduces operating room wait times
Robotics for orthopaedics that are portable and have the lowest possible footprint
Ergonomically enhanced robotic handpiece with a new design
New bur designs that increase cutting capacities by 2X and speed up resection by 29% more cuts in less time

Robotic-assisted bone preparation

Exposure and speed control. Two control modes used in handheld milling, automatically change to carry out patient-specific programs
The robotic handpiece’s modification offers better ergonomics, introducing new bur designs that double cutting volume
Quicker resection by 29%
More cuts in less time Robotic surgery-specific advanced tracking system (ATRACSYS). Is 458% quicker than conventional tracking systems

Confirmation

Following surgery, doctors can evaluate the first results of
both long leg alignment and knee balance

using CORI

In Total & Unicompartmental Knee Arthroplasty

The lowest footprint in knee arthroplasty is offered by the CORI Surgical System’s compact, handheld robotics.

Through intraoperative planning, smart mapping and the gathering of full range-of-motion data, the system is meant to assist surgeons in achieving more precision in bone excision and alignment, resulting in less wear and a higher implant survival.

using CORI