Handheld robotics in Unicompartmental Knee Arthroplasty: An evidence review

Accredited by the Royal College of Surgeons of England

In this course, learners will find all the latest evidence on the use of handheld robotics in partial knee arthroplasty, highlighting outcomes in terms of joint line restoration, postop recovery, implant survivorship and patient outcomes. The course will focus on UKA indication and will provide evidence support materials and publications.

Contributors:

Smith+Nephew

Image-free UKA handheld robotic surgical workflow

Accredited by the Royal College of Surgeons of England

In this course, learners will review image-free robotic UKA surgical workflow with CORI◊ Surgical System and RI.KNEE ROBOTICS 3.0 Software.

Contributors:

  • Dr Jimmy Chow, United States of America

Handheld robotic unicompartmental knee arthroplasty surgical workflow with CORI surgical system

Accredited by the Royal College of Surgeons of England

In this module, experts will take your through an overview of the next generation handheld robotic surgical system, providing an overview of the robotic surgical system but also a review of the several steps of the handheld robotic partial knee arthroplasty surgical workflow.

Each stages will be explained by expert surgeons:

  • Set-up, pin and arrays placement
  • Image free registration
  • Planning
  • Bone milling and trialing

This training relates to the CORI ◊ surgical system, but alternative devices are available.

Contributors:

  • Dr James Chow, United States of America
  • Dr David Mayman, United States of America
  • Dr David Rovinsky, United States of America

Overcoming UKA challenges with new implant design and handheld robotics (ESSKA 2022 symposium)

Accredited by the Royal College of Surgeons of England

In this on-demand educational video, you will hear from international experts about overcoming UKA challenges with new implant design and handheld robotics.

Education includes didactic presentations and case reviews.

Contributors: 

  • Dr Federico D'Amario, Italy
  • Professor Max Ettinger, Germany
  • Professor Stefano Zaffagnini, Italy

Handheld robotics EXECUTION - UKA
Accredited by the Royal College of Surgeons of England*

In this module, learners will be able to deep-dive into the bone removal execution and post-assessment phases with robotic-assisted control in a UKA procedure. The module includes interactive learnings with short QA assessment, faculty led cadaver lab demonstration as well as support materials.


Contributors:

  • Mr Dinesh Nathwani, United Kingdom

Handheld robotics PLANNING - UKA
Accredited by the Royal College of Surgeons of England*

In this module, learners will be able to deep-dive into the planning interface and structured workflow in order to plan, place and balance implant components with handheld robotics for UKA procedures. The module includes interactive learnings with short QA assessment, faculty led cadaver lab demonstration as well as support materials.

Contributors:

  • Mr Dinesh Nathwani, United Kingdom

Handheld robotics REGISTRATION - UKA

Accredited by the Royal College of Surgeons of England*

In this module, learners will be able to deep-dive into the registration process and stepwise approach of handheld robotics for UKA procedures. The module includes interactive learnings with short QA assessment, faculty led cadaver lab demonstration as well as support materials.

Contributors:

  • Mr Dinesh Nathwani, United Kingdom