As 3D imaging costs drop, will surgical revision rates drop too?
Mazor's C-InSight® transforms hospitals' 2D C-arms into 3D - affordably
This is expected to change with the release of C-InSight by Mazor Surgical Technologies Ltd., a system which provides 3D imaging through a simple video connection to hospitals' 2D C-Arms. Launched this week in the US, C-InSight eliminates the need for heavy capital expenditures by hospitals and outpatient surgical centers, enabling them to incorporate 3D technology on their current Carms. The C-InSight image quality was found by an independent study to be equivalent to commercially available 3D C-Arm imaging, making it the first device to be an affordable option for 3D imaging at community hospitals and clinics. As an intraoperative imaging system C-InSight enables surgeons to optimize their work, an issue especially important in fractures involving joints and in sports medicine.
Mr. Ori Hadomi, CEO of Mazor Surgical Technologies Ltd (TASE: MZOR), stated: "3D is a demand we have heard from surgeons for many years. We are delighted that we are able to deliver 3D which satisfies their needs: affordable, universal, simple, quick and low radiation". C-InSight will be marketed in the US through imaging equipment distributors and is expected to change the standard of care in both trauma cases as well as elective orthopedic surgeries. "There are over 30,000 Carms in the USA and replacing all of them with 3D systems is impractical" added Hadomi, "yet upgrading them to 3D is a completely different story which has caught the attention of many surgeons and facilities, mainly due to the combination of affordability with clinical value, especially in the potential to reduce post operative revisions and pain."
About MAZOR Surgical Technologies (HQ) Ltd.
Mazor Surgical Technologies is dedicated to the development and marketing of medical devices that assist surgeons to optimize patient outcomes. Mazor's products enable a safer environment for patients, surgeons and OR staff, by providing lowradiation, easytouse devices such as minimally invasive, surgical guidance systems and 3D imaging systems.