THERAPIES AND PROCEDURES
PILAR™ technique
Tailored screw trajectories for optimal posterior cervical fixation
Screw options that offer strong cervical fixation, lower anatomic risk†,1
Meet the PILAR™ technique, a procedure with pedicle inlet screw options that offer less anatomic risk compared to a pedicle trajectory using a full pedicle screw.†,1 The PILAR™ technique can achieve improved fixation and streamlined workflow benefits of a traditional pedicle screw without the traditional pitfalls of neurological and vascular risk.†,1
PILAR™ technique trajectory range is 25 to 45 degrees.
The PILAR™ technique screw has demonstrated a 51% increase in pull-out strength compared to a lateral mass screw‡,1
With the PILAR™ technique, the screw stops short of neurovascular structures compared to pedicle trajectory with a full pedicle screw†,1
Strategically selecting screw length allows you to further manage anatomic risk.†,1
The PILAR™ technique facilitates easier rod placement due to better screw alignment compared to lateral mass screws.†,1
This minimizes hardware obstruction in the operative corridor compared to lateral mass screws and facilitates easier laminectomies.†,1
Image courtesy of Christopher T. Martin, MD
The AiBLE™ smart ecosystem, Midas Rex™ drill, and the Caption™ cervical stabilization system work together to streamline every stage of cervical fusion, from pre-op planning to intra-op precision and post-op stability.
StealthStation™ navigation provides the intraoperative tool to implement the PILAR™ technique.
The Infinity™ OCT system offers the screw options for the PILAR™ technique and provides the versatility to simplify even the most complex posterior cervical procedures.
UNiD™ patient-specific rods are custom-designed by the GAiTEWAY™ platform to help achieve alignment goals in spinal surgeries.
The GAiTEWAY™ software platform is the central destination for AiBLE™ technologies, bringing Medtronic and 3rd party applications, services, planning tools, and engineering support into one intuitive interface for spine surgery.
*Not yet available for commercial distribution in Europe
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† Cadaveric results may not be indicative of clinical performance.
‡ Validated in a cadaveric biomechanical model.
§ Medtronic data on file.
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