Orthopedic synergy equipment full#

Orthopedic synergy equipment full#

The Parties recognize that the need for comprehensive surgical and non-surgical orthopedics care is expected to grow in correlation with the aging of New Hampshire’s population and agree to integrate their respective orthopedic capabilities in order to offer a full range of inpatient, outpatient and ambulatory services to patients throughout the System’s service areas. The Stanmore Sculptor (Stanmore Implants, previous generation the Acrobot Sculptor by Acrobot Company Ltd.) is a synergistic system similar to the RIO, with active constraints to keep the surgeon in the planned workspace this system received FDA clearance in 2013. The Navio PFS ( Blue Belt Technologies, CE xxxx 2012) does not require a computed tomography scan for unicondylar knee replacement, instead using an intraoperative planning. company, previous generation the Praxiteles, FDA clearance 2010) is an automated cutting guide for total knee replacement mounted directly to the bone, in order to reduce the robotic influence on the cutting instrument.

iBlock (Praxim Inc., an Orthopaedic Synergy Inc. It is worth to observe that robotic arm of Rio already offers a tactile feedback to the surgeon. In 2008, the Rio robotic arm (Mako Surgical Corp, previous generation called the Tactile Guidance System) was released and received FDA clearance the Rio is used for implantation of medial and lateral unicondylar knee components, as well as for patellofemoral arthroplasty. A direct competitor of Robodoc, although no longer for sale, was Caspar, a robotic system for knee and hip surgery, launched in 1997 by OrtoMaquet.

The Robodoc system is constituted by two components: Orthodoc, a 3- dimensional surgical planner, and the Robodoc surgical assistant, the robot employed for hip replacement intervention. The first robot used in this field – in 1992 for a total hip replacement – was Robodoc (Curexo Technology Corp, originally by Integrated Surgical Systems), which received the CE marking (1996), and FDA clearance for total hip replacement (1998) and total knee replacement (2009). Orthopedics. The most relevant advantage related to the robot assistance in orthopedics is represented by an accurate and precise bone resection.