Shoulder Innovations’ Total Shoulder Replacement System addresses the most significant issue in shoulder arthroplasty: unreliable fixation of the glenoid implant.
More than 10 years ago, Shoulder Innovations developed inset glenoid fixation technology, creating a robust and stable glenoid platform.
Bringing new life to soft tissue repair.
Magnesium Development’s (MDC) device uses an exclusive and proprietary magnesium technology, which provides optimal characteristics not found in existing materials used in orthopedic fixation devices, including high strength and controlled absorption while promoting regrowth of host tissue.
The power of advanced imaging systems to solve the most significant problems in total knee arthroplasty.
Acquired by Wright Medical December 2017
Imascap develops software for preoperative planning of shoulder replacement surgery.
Hydroxyapatite (HA) has been shown to encourage osteointegration of implants due to the unique nature of this material providing a very bone-friendly surface. HA whisker reinforced PEEK with variable porosity allows HAPPE to create advanced spinal interbody implants.
Every week 231,000+ Americans have their ears cleaned by physicians.
The SafKan OtoSet is the first automated and wearable cerumen removal device.
SpinTech has developed a suite of software that offers innovative advancements for brain scan MRIs.
Medical Ingenuities has developed a novel radial artery occlusion device, PH BandTM, that achieves and confirms patent hemostasis.
Embody, Inc., is a regenerative medicine company focused on the development and commercialization of implantable medical devices to address the unmet demands in soft tissue restoration and regeneration. Leveraging our expertise in biomaterial design, biofabrication, nanotechnology, and medical devices, we are engineering implantable devices that will disrupt and significantly improve patient outcomes in soft tissue surgical applications.
Genesis Software Innovations
Genesis Software Innovations, GSI, was formed with the purpose of developing innovative and integrated software tools focused around surgical centers in the orthopedic space.
Virtual Incision Corporation (VIC), is a medical device company pioneering a first-of-its-kind miniaturized surgical robot.
NSite can quantitively assess body asymmetry by measuring the difference in spatial relationships between anatomic landmarks and improve on the standard assessment.
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