KNEE 3
15Pages

TABLE OF CONTENTS THE NEW APPROACH TO SOFTWARE-GUIDED KNEE SURGERY EASE OF USE BALANCE IN MOTION PINLESS NAVIGATION PLANNING AND DOCUMENTATION FROM PLANNING TO NAVIGATION KICK NAVIGATION PLATFORM

KNEE3 THE NEW APPROACH TO SOFTWARE-GUIDED KNEE SURGERY Radically new approach for software-guided knee surgery Visualizes the final outcome prior to making any cut Automatically follows surgical steps without any system interaction Flexible use for measured resection and balanced gap technique

Fast and streamlined registration Automatic workflow adaptation Clean and straightforward user interface On the fly planning Minimal user interaction required

Streamlined and fast registration Possibility to customize workflows based on personal surgical philosophy

Dynamic Adaption to the surgical steps based on automatic tool detection Minimal interaction with the system

The Balance Graph visualizes patient specific joint stability information before any bone cuts have been made The stability information is based on actual 3D implant geometries Possibility to detect instabilities over the full range of motion, even in mid-flexion Live adaption of the Balance Graph after every surgical interaction (i.e. resections or implant sizing)

Real-time outcome display during every surgical step

Balance Graph automatically generates while performing the stability test over full range of motion Final stability based on 3D geometry of selected implant will be shown at every surgical step

FIXED-FLEXION CONTRACTURE Stability situation is visualized prior to any cut and updated after any surgical interactions are performed

MID-FLEXION INSTABILITY Common surgical situations are intuitively visualized Information is provided that can‘t be visualized without Knee3

PINLESS NAVIGATION SEAMLESS INTEGRATION OF ADJUSTABLE CUTTING BLOCK Fine adjustable cutting block for efficient surgery Smooth adjustment without repositioning of the cutting block Pinless femoral navigation with reference array on baseplate of cutting block Universal tool that can be used with any implant system

PLANNING AND DOCUMENTATION POWERFUL TOOLS FOR MULTIPLE INDICATIONS PATIENT REPORTS TraumaCad provides digital tools to perform preoperative planning and allows simulating the expected results prior to surgery Navigation software automatically generates reports to be used for documentation and patient information Digital planning allows easy, fast and accurate preparation of the surgery Documentation and communication tool for surgeons, colleagues and patients TraumaCad tools support and optimize logistics planning

FROM PLANNING TO NAVIGATION COMPLETE ORTHOPEDIC PORTFOLIO Template pre-operatively with TraumaCad and upload to Quentry Provide secure access for implant partners to template data Review images and plan on Kick navigation system in the O.R. Perform navigated knee replacement surgery with Knee3 Store navigation patient report and case data to PACS and/or Quentry Assess post-operative X-Ray results with TraumaCad post-op measurements

KICK NAVIGATION PLATFORM POWERFUL ORTHOPEDIC NAVIGATION Sleek design with high performance Intuitive, patient-centric Brainlab control concept Compatible with all current Brainlab navigation applications Drapeable full HD touch display Optical tracking with laser guidance Light-weight, compact and portable Expandable with Brainlab Buzz™