Zimmer Spine’s ThinLine cervical plate combines one of the industry’s lowest-profile designs with impressive strength and support. Featuring a lean, 1.8mm profile and a smooth, friction-reducing surface, the ThinLine plate is designed to help surgeons address dysphagia which is sometimes associated with discectomy and fusion procedures. This unique cervical plate also utilizes Zimmer Spine’s SecureRing® technology with a one-piece, zero-step locking […]
Anterior Cervical Plates
inVIZia System
This innovative cervical plate system is designed for anterior interbody screw fixation of the cervical spine. The inVIZiaSystem features direct visualization of implant placement and screw locking for ease of use. With its generous graft window, low profile, simple locking mechanism, narrow waist, and aggressive self-drilling screws, it is a complete solution in one user-friendly […]
The Reflex® Zero Profile ACP System
The Reflex® Zero Profile ACP System offers a selection of one- and two-level low profile anterior cervical plates. Used in conjunction with Reflex® Hybrid bone screws, the system can accommodate both semi-constrained and rigid bone screw fixation philosophies. The Ti-6Al-4V alloy plate has minimal material running sagittally through its center, thereby minimizing contact with soft […]
TOSCA ® Standard and Expansion Anterior Cervical Stabilization
In 2005, the first SIGNUS plate for anterior cervical stabilization was launched: TOSCA. It offers the user a high degree of flexibility for ventral stabilisation of C2 to C7. As of today there are two designs available – and at 1,6mm both are among the thinnest plates on the market. With the very thin plate […]
ACDF Anterior Cervical Plate
The NuVasive anterior cervical plate (ACP) system is designed to achieve your ACDF surgical goals and help reduce dysphagia, malalignment and adjacent level ossification. ACP is procedurally integrated with versatile instrumentation, a complete interbody portfolio featuring advanced porous materials, traditional PEEK and allograft, biologics, the Maxcess C retractor and enabling technologies. ACDF VIDEO ANIMATION Features: Plate stiffness and […]
SKYLINE® Anterior Cervical Plate
The SKYLINE® Anterior Cervical Plate System provides a versatile system of implants and instruments to accommodate the needs and individual preferences of surgeons. The system offers optimal visualization, adapts to the anatomy of the patient, and instills the confidence afforded through proven technology. SKYLINE Anterior Plate-SGT.DePuySynthes.pdf Benefits: The SKYLINE Anterior Cervical Plate System is designed […]
CASPARevolution Cervical Plate
DescriptionThe semi-rigid plate and screw interface is the basic priniciple of the CASPAR Cervical Plating System which has been used world-wide since 1980. Materials and design have been continously improved to reach the highest level of implant reliability. CASPARevolution is Aesculap’s mature and safe cervical plating system. CASPARevolution-Brochure.BBraun Aesculap.pdf CASPARevolution-SGT.BBraun Aesculap.pdf Benefits: Extremely flat plate […]
VueLock™ Anterior Cervical Plate
One step locking mechanism featuring a pre-attached expansive ring design that eliminates the need for additional locking components. Vuelock-ACP-SGT.Zimmer-Biomet.pdf Benefits: Low profile plate minimizes interference with anatomical soft tissue structures. Unique, open design allows for intra-op visualization of the bone graft and end plates—as well as post-op visualization of the bone graft consolidation on an […]
C-Tek® Anterior Cervical Plate
The C-TEK Anterior Cervical Plate System consists of a variety of shapes and sizes of bone plates and screws manufactured from surgical implant grade titanium alloy as described by ASTM F 136 (Ti 6AI 4V ELI). The plates are provided in a fixed hole (C-TEK and C-TEK C-Thru) or slotted hole (C-TEK) design and are […]
MaxAn® System
The only anterior cervical plate with a design rationale to help minimize the risk of Adjacent Level Ossification (ALO)The design rationale of the MaxAn® System is based upon published papers on studies that found the incidence of ALO significantly decreases when the plate to disc distance is greater than 5mm from the adjacent level1,2. The […]