The leading choice for cervical motion preservation1 Mobi-C is an artificial disc, designed to maintain neck motion.
Read MoreThese anterior cervical plate systems are intended for anterior interbody screw fixation of the cervical spine, and feature the innovative Secure-Twist® Anti-Migration System, which secures up to three screws with a twist of the wrist. It also features All-Through-One instrumentation, which provides a common guide for drilling, tapping and screw placement.
Read MoreTrabecular Metal™ Technology. Designed to help minimize the risk of Adjacent Level Ossification (ALO).
Read MoreFidji cervical cages are available in different shapes and sizes. The anatomic shape fits with the vertebral endplate and the implant cage has a lordotic angle. A removable autostatic fin that juts out on top and bottom of the implant gives an immediate stability. Anti-backout teeth act also as additional stabilizers. Implants are available also with different heights, and interior surface allows placing bone graft or bone substitute.
Read MoreThe ROI-C Implant System ROI-C Titanium- Coated Implant System consist of ‘D’ shaped blocks in a variety of footprints and heights. The lordotic shape of the ROI-C Lordotic Implants & ROI-C Lordotic Titanium-Coated Implants allow for optimum surface area contact with vertebrae that embody a flat surface morphology. The curved shape of the ROI-C Anatomic Implants & ROI-C Anatomic Titanium-Coated Implants allow for optimum surface area contact with vertebrae that embody a curved surface morphology. The ROI-C Implant System & ROI-C Titanium-Coated Implant System are offered in a closed graft space design. The implants feature an enclosed chamber intended to be filled with autologous or allogenic bone graft composed of cancellous and/or corticocancellous bone graft. The superior and inferior surfaces of the implants have a pattern of teeth to provide increased stability and to help prevent movement of the device.
Read MoreThe Lineum OCT Spine System is an occipito-cervico-thoracic spinal fixation system. The system includes bone screws, locking plugs, various types and styles of rods, hooks, lateral connectors, set screws, occipital plates, rod connectors/dominos and cross connectors. For occipito-cervico-thoracic fusion, the occipital plate is fixed to the occiput with bone screws. Rods may be cut to the appropriate length. The rod is inserted and the construct is locked with plugs. Cross connectors can be added to the construct for additional stability.
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