The basic shape of the MOBIS 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 avaible in a variety of sizes and two angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the MOBIS 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 avaible in a variety of sizes and two angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the MOBIS 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 avaible in a variety of sizes and two angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the MOBIS 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 avaible in a variety of sizes and two angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the MOBIS 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 avaible in a variety of sizes and two angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the MOBIS 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 avaible in a variety of sizes and two angulations thereby enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. in addition to straight implants, the MOBIS II ST cage is alos aviable with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. in addition to straight implants, the MOBIS II ST cage is alos aviable with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. in addition to straight implants, the MOBIS II ST cage is alos aviable with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. in addition to straight implants, the MOBIS II ST cage is alos aviable with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. in addition to straight implants, the MOBIS II ST cage is alos aviable with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. in addition to straight implants, the MOBIS II ST cage is alos aviable with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. in addition to straight implants, the MOBIS II ST cage is alos aviable with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. in addition to straight implants, the MOBIS II ST cage is alos aviable with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. in addition to straight implants, the MOBIS II ST cage is alos aviable with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. in addition to straight implants, the MOBIS II ST cage is alos aviable with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. in addition to straight implants, the MOBIS II ST cage is alos aviable with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. in addition to straight implants, the MOBIS II ST cage is alos aviable with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. in addition to straight implants, the MOBIS II ST cage is alos aviable with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. in addition to straight implants, the MOBIS II ST cage is alos aviable with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. In addition to straight implants, the MOBIS II ST cage is alos avaible with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. In addition to straight implants, the MOBIS II ST cage is alos avaible with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. In addition to straight implants, the MOBIS II ST cage is alos avaible with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. In addition to straight implants, the MOBIS II ST cage is alos avaible with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. In addition to straight implants, the MOBIS II ST cage is alos avaible with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. In addition to straight implants, the MOBIS II ST cage is alos avaible with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. In addition to straight implants, the MOBIS II ST cage is alos avaible with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. In addition to straight implants, the MOBIS II ST cage is alos avaible with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. In addition to straight implants, the MOBIS II ST cage is alos avaible with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. In addition to straight implants, the MOBIS II ST cage is alos avaible with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. In addition to straight implants, the MOBIS II ST cage is alos avaible with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The MOBIS II ST Spinal Implants have a hollow, slightly curved frame with areas of an open-pore titanium grid structure. Restoration of the intervertebral space can be achieved by the large selection of implants that, at the same time, offers a high degree of intraoperative flexibility. In addition to straight implants, the MOBIS II ST cage is alos avaible with a 5° lordoctic angle. Due to its design, the implant can be aligned with the anterior curvature of the intervertebral body and so is suited for unilateral, dorsal access (TLIF) in the L2 to S1 region of the spine.

The modular DIPLOMAT® pedicle screw system is a rod-screw system that firmly connects two or more screws via the screw head and a rod using a force-fit or form-fit connection. Additional fixation elements, such as cross bars, hooks, connectors and washers, can also be used. The DIPLOMAT® pedicle screw system is applied temporarily to provide internal posterior stabilization until bone fusion in the lumbar or thoracic spine has taken place. The surgeon makes the final decision as to the indwelling time of the implant in the patient‘s body and the time when the implant is to be explanted. The pedicle screw system is implanted from a posterior approach. The implant is screwed into the vertebral body via the pedicle and it can be applied in a single segment or multiple segments. Implantation is facilitated by use of the specially developed accessories for inserting and positioning the implants. Only these accessories ensure safe use. Our product information provides further system-related information on the surgical method. If there are any preoperative uncertainties relating to the implant, information must be obtained from SIGNUS. Instruments specially developed by SIGNUS to ensure safe application are available for use with the implant system.

An orthopedic manual surgical instrument is a nonpowered hand-held device intended for medical purposes to manipulate tissue, or for use with other devices in orthopedic surgery.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.

The basic shape of the KIMBA®, KIMBA® mini, MOBIS®, NOVAL™, SEMIAL®, PEEK TETRIS™ and Titanium TETRIS™devices is a hollow structural frame. 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 available in a variety of sizes enabling the surgeon to choose the size best suited to the individual pathology and anatomical condition.