The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is aviable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TASMIN R devices is a hollow structural frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open with peaked teeth that assist in anchoring and seating the implant between the vertebral bodies. There are lateral fenestrations for bony in-growth. the device is avaible in a variety of sizes and angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is aviable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best uited to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is aviable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best uited to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the TETRIS II devices is a hollow structual frame having a rounded, tapered leading face. The upper and lower aspects of the implant are open. Surface spikes assist in the positive anchorage and seating of the implant between the vertebral bodies. The device is avaiable in a variety of sizes and angulations thereby enabling the surgeon to choose the size best united to the individual pathology and anatomical condition.

The basic shape of the NUBIC and RABEA devices is a rectangular frame. The upper and lower aspects of the implant are open with surface spikes which assist in the positive anchorage and seating between the superior and inferior vertebral bodies. The device is available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anantomical condition. A connecting screw is available which permits attachment of the NUBIC (without strut) to the SIGNUS TOSCA II anterior cervical plate if the surgeon so chooses.

The basic shape of the NUBIC and RABEA devices is a rectangular frame. The upper and lower aspects of the implant are open with surface spikes which assist in the positive anchorage and seating between the superior and inferior vertebral bodies. The device is available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anantomical condition. A connecting screw is available which permits attachment of the NUBIC (without strut) to the SIGNUS TOSCA II anterior cervical plate if the surgeon so chooses.