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7 Companies Using Robot Assisted Surgery To Transform Orthopedics

7 Companies Using Robot Assisted Surgery To Transform Orthopedics
7 Companies Using Robot Assisted Surgery To Transform Orthopedics

7 Companies Using Robot Assisted Surgery To Transform Orthopedics Two events in recent years especially signaled that robots were coming into their own in the space: stryker spent $1.7 billion for mako surgical in order to sell robotic systems to aid knee and hip replacement surgeries, and medtronic acquired mazor robotics for $1.7 billion so that it could expand into the robot assisted spine surgery space. Two events in recent years especially signaled that robots were coming into their own in the space: stryker corp. spent $1.7 billion for mako surgical corp. to sell robotic systems to aid knee and hip replacement surgeries, and medtronic plc acquired mazor robotics for $1.7 billion so that it could expand into the robot assisted spine surgery.

7 Companies Using Robot Assisted Surgery To Transform Orthopedics
7 Companies Using Robot Assisted Surgery To Transform Orthopedics

7 Companies Using Robot Assisted Surgery To Transform Orthopedics 7 companies using robot assisted surgery to transform orthopedics. june 28, 2021 by chris newmarker. clockwise from top left: medtronic’s mazor, smith nephew’s cori, zimmer biomet’s rosa. 7 companies using robot assisted surgery to transform orthopedics. 1. stryker: mako. more than seven years after spending $1.7 billion to acquire mako surgical, stryker has already placed more than 1,000 mako robots around the world. after acquiring mako in 2013, stryker launched a total hip replacement tool in 2015 and a total knee. 4. zimmer biomet: rosa. zimmer biomet (nyse:zbh) is also seeking to compete against stryker in the robot assisted knee surgery space through its rosa platform.the rosa system boasts 2d x ray and 3d pre operative planning tools, allowing surgeons to conduct virtual procedures ahead of the actual surgeries — as well as real time intraoperative data on soft tissue and bone anatomy. To address this, jiang and a team of experts on ai and biomedical engineering adapted an existing orthopedic surgery robotic system, called tirobot, made by beijing tianzhihang medical technology.

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