About OMNI
OMNI’s proprietary robotic platform, OMNIBotics®, allows surgeons to conduct patient-specific total knee surgery designed to enhance patient satisfaction and reduce hospital costs. In addition, OMNI designs, engineers, manufactures and distributes a wide range of proprietary hip and knee implants and is focused on providing cutting edge technologies to transform outcomes in joint replacement surgery and enhance a surgeon's ability to help patients live active and pain-free lives.


About OMNIBotics
®
OMNIBotics® is a state-of-the-art solution that combines specialised tools and patented technology with advanced robotics to help surgeons place and fit implants in line with their patient’s functional anatomy with greater accuracy compared to conventional approaches.

OMNIBotics cutting guide

 

Robotic solution based on deep functional insights

The OMNIBot is an evolution in navigation and robotic technology for total knee arthroplasty offering highly accurate positioning of the femoral cutting guide based on real time data analysis from the BalanceBot™, eliminating the need to manually position and pin any conventional cutting jigs.

 

Alignment | Balance | Minimal Releases

The BalanceBot is the ONLY device to enable the surgeon to predictively balance knee ligaments utilizing dynamic real-time feedback through the entire range of motion.

OMNIBotics BalanceBot

OMNIBotics Workstation

Your platform for success

The new, robust OMNIBotics workstation is fully prepared for the operating room. With an interactive touch screen facing the surgeon and patient, surgical protocol is determined with a touch of the finger.

References
1. Shalhoub S, Lawrence JM, Keggi JM, Randall AL, DeClaire JH, Plaskos C. Imageless, robotic-assisted TKA combined with a robotic
tensioning system can help predict and achieve accurate post-operative ligament balance. Arthroplasty Today, Published online Aug
13, 2019.

Resources

Product Videos

  • OMNIBotics Predictive Balance Animation

    Watch OMNIBotics Predictive Balance Animation

  • OMNIBotics Robotic-assisted TKR

    Watch OMNIBotics Robotic-assisted TKR

  • Predictive Balance Technique with BalanceBot

    Watch Predictive Balance Technique with BalanceBot

  • Jeffrey DeClaire MD What are we aiming for? Defining optimal targets for TKA

    Watch Jeffrey DeClaire MD What are we aiming for? Defining optimal targets for TKA

  • John Keggi MD OMNIBotics®, the robotics soft tissue balancing system

    Watch John Keggi MD OMNIBotics®, the robotics soft tissue balancing system

  • Jeffrey Lawrence MD Challenging tradition with OMNIBotics® to optimize stability in TKA

    Watch Jeffrey Lawrence MD Challenging tradition with OMNIBotics® to optimize stability in TKA

  • Amber Randall MD Data driven decision making bringing efficiency in the OR

    Watch Amber Randall MD Data driven decision making bringing efficiency in the OR

  • Prof José Romero TKA Robotics- Live OMNIBotics® session

    Watch Prof José Romero TKA Robotics- Live OMNIBotics® session

Product Information

  • OMNIBotics Evidence Base

    OMNIBotics Evidence Base

  • Technical Flyer

    Technical Flyer

  • OMNIBotics Predictive Balance Brochure

    OMNIBotics Predictive Balance Brochure

  • OMNIBotics TKR System brochure

    OMNIBotics TKR System brochure