Globus Medical commeced commercial launch of the ExcelsiusHub navigation system, focused on freehand navigation.
Freehand navigation provides surgeons with real-time visualization of instrument placement, to reduce the reliance on x-ray imaging during spine surgery. This also facilitates accurate placement of screws and interbody spacer implants and may reduce OR radiation when compared to conventional fluoroscopy. ExcelsiusHub offers alternatives to other navigation systems through features designed to enhance the safety and reproducibility of spine navigation such as real-time patient array monitoring, tissue-sparing drills and registration flexibility.
ExcelsiusHub offers the following functionality:
Elevated safety features that pair navigational accuracy with innovative features designed to enhance patient safety such as patient array shift tracking and navigation of the DuraPro Oscillating System;
Imaging versatility with three distinct workflows: Automatic registration with Excelsius3D, CT to fluoroscopy merging for preoperative implant planning and quick intraoperative re-registration, and intraoperative 2D navigation; and
Navigation of Globus instruments and implants for a complete procedural solution from the cervical spine to the sacrum.
Dan Scavilla, President and CEO, said, “We now have a technology platform that fits a very wide variety of surgeons’ and hospitals’ needs, with design and footprint suited for both the hospital and ASC setting. We look forward to continuing to support our customers with technology that is designed for less invasive procedures with potentially lower radiation exposure.”
Globus Medical commeced commercial launch of the ExcelsiusHub navigation system, focused on freehand navigation.
Freehand navigation provides surgeons with real-time visualization of instrument placement, to reduce the reliance on x-ray imaging during spine surgery. This also facilitates accurate placement of screws and interbody spacer...
Globus Medical commeced commercial launch of the ExcelsiusHub navigation system, focused on freehand navigation.
Freehand navigation provides surgeons with real-time visualization of instrument placement, to reduce the reliance on x-ray imaging during spine surgery. This also facilitates accurate placement of screws and interbody spacer implants and may reduce OR radiation when compared to conventional fluoroscopy. ExcelsiusHub offers alternatives to other navigation systems through features designed to enhance the safety and reproducibility of spine navigation such as real-time patient array monitoring, tissue-sparing drills and registration flexibility.
ExcelsiusHub offers the following functionality:
Elevated safety features that pair navigational accuracy with innovative features designed to enhance patient safety such as patient array shift tracking and navigation of the DuraPro Oscillating System;
Imaging versatility with three distinct workflows: Automatic registration with Excelsius3D, CT to fluoroscopy merging for preoperative implant planning and quick intraoperative re-registration, and intraoperative 2D navigation; and
Navigation of Globus instruments and implants for a complete procedural solution from the cervical spine to the sacrum.
Dan Scavilla, President and CEO, said, “We now have a technology platform that fits a very wide variety of surgeons’ and hospitals’ needs, with design and footprint suited for both the hospital and ASC setting. We look forward to continuing to support our customers with technology that is designed for less invasive procedures with potentially lower radiation exposure.”
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