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Struxxure - Anterior Cervical Plate System
Designed for Maximum Screw Angulation to Decrease Plate Length and Potential for Adjacent Level Ossification (ALO). The Struxxure® Anterior Cervical Plate System design is based upon an emerging trend in the peer-reviewed literature identifying a significant decrease in moderate to severe ALO when the plate to disc distance is greater than 5mm from the adjacent disc level.1-5 Struxxure® has a generous 27° variable screw angulation in the cephalad/caudal direction, allowing screws to be started at the anterior end plate corners and angled away from the end plates to accommodate the shortest possible plate and maximize the distance to adjacent disc levels.
Struxxure® is the only system combining a 1.95mm ultra-low profile plate with variable or fixed “E-Z Start” Self-Drilling Screws that can be hyperangulated in the cephalad/caudal direction to allow for a reduction in overall plate length.
One level plate lengths begin at 9mm measured hole-to-hole. The result is an anterior cervical plate construct of minimal length and thickness, while maintaining a maximum distance from the adjacent disc levels.
Combined with fully customizable instrument options to meet every surgeon’s needs, Nexxt Spine’s Struxxure® Anterior Cervical Plate System is designed to address a clinically relevant concern while maintaining a focus on streamlined procedural efficiency and positive clinical outcomes.
- 27° Maximum variable screw angulation cephalad/ caudal (54° total cone).
- 20° Maximum Fixed Screw angulation cephalad/ caudal (40° total cone).
- 1.95mm Ultra-Thin Plate.
- Plates starting at 9mm length "hole to hole" (17mm overall length).
- Proprietary "E-Z Start" Self-Drilling Screw.
- One-Step Integrated Locking Mechanism.
- End plate alignment features.
- 1 - 5 Level plates available in multiple lengths.
- Anti-skid under surface.
- Large windows.
- "Blunt Tip", Self-Tapping Screws.
- Screws available in 2 diameters and 5 lengths.
- Fixed and Variable Screws.
- Elongated screw/driver tapered hexalobe interface or threaded interface.
- Pre-contoured plates.
- Fully customizable instrument options.
- Allows screws to be started at the anterior end plate corners to accommodate shortest possible plate length.
- Fixed screws lock into plate at any desired trajectory within 40° cone of angulation.
- Assists in reduction of dysphagia.1
- Accommodates severely degenerated 1 level segments.
- May reduce procedural time by eliminating need for pilot hole (awl and drill steps).
- Provides visual and tactile confirmation of screw blockage.
- Simplify plate sizing and positioning.
- Accommodates a wide variety of patient anatomies and pathologies.
- Resists plate migration during screw insertion.
- Enables visualization of graft site and end plates. Accommodates varying surgeon preferences.
- 4.0 & 4.35mm diameters and lengths of 10,12,14,16, & 18mm.
- Create Fixed, Variable or Hybrid Constructs.
- Assures rigid screw/driver connection, reduces stripping, and may simplify revision.
- Simplifies surgical procedure.
- Supports streamlined procedural efficiency for surgeons and positive clinical outcomes for patients.