VersaLink Rod No Offset, 0°, 50 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod No Offset, 0°, 90 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod No Offset, 15°, 50 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod No Offset, 30°, 50 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod Posterior Offset, 15°, 50 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod Posterior Offset, 15°, 60 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod Posterior Offset, 30°, 50 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod Posterior Offset, 0°, 50 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod Posterior Offset, 0°, 55 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod Posterior Offset, 0°, 60 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod Posterior Offset, 0°, 90 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink™ Rod Anterior Offset 0°, 50 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

The TOPS™ device is a motion preserving spinal implant that is inserted into the lumbar spine via pedicle screws. The device is implanted via a posterior surgical approach to replace the degenerated skeletal elements such as the lamina and the facet joints that are removed during the decompression.

The TOPS™ device is a motion preserving spinal implant that is inserted into the lumbar spine via pedicle screws. The device is implanted via a posterior surgical approach to replace the degenerated skeletal elements such as the lamina and the facet joints that are removed during the decompression.

The TOPS™ device is a motion preserving spinal implant that is inserted into the lumbar spine via pedicle screws. The device is implanted via a posterior surgical approach to replace the degenerated skeletal elements such as the lamina and the facet joints that are removed during the decompression.

VersaLink Rod No Offset, 15°, 40 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod No Offset, 30°, 40 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod Posterior Offset, 15°, 40 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod Posterior Offset, 30°, 40 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink™ Rod Anterior Offset 15°, 40 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink™ Rod Anterior Offset 15°, 50 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink™ Rod Anterior Offset 30°, 40 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink™ Rod Anterior Offset 30°, 50 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink™ Rod Anterior Offset 0°, 90 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod No Offset, 0°, 40 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink Rod Posterior Offset, 0°, 40 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

VersaLink™ Rod Anterior Offset 0°, 40 mmThe VersaLink Fixation System is a titanium fusion construct that is designed to connect proximally or distally to a fusion crossbar. The VersaLink Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

The TOPS™ device is a motion preserving spinal implant that is inserted into the lumbar spine via pedicle screws. The device is implanted via a posterior surgical approach to replace the degenerated skeletal elements such as the lamina and the facet joints that are removed during the decompression.

The TOPS™ device is a motion preserving spinal implant that is inserted into the lumbar spine via pedicle screws. The device is implanted via a posterior surgical approach to replace the degenerated skeletal elements such as the lamina and the facet joints that are removed during the decompression.

The TOPS™ device is a motion preserving spinal implant that is inserted into the lumbar spine via pedicle screws. The device is implanted via a posterior surgical approach to replace the degenerated skeletal elements such as the lamina and the facet joints that are removed during the decompression.

The TOPS™ device is a motion preserving spinal implant that is inserted into the lumbar spine via pedicle screws. The device is implanted via a posterior surgical approach to replace the degenerated skeletal elements such as the lamina and the facet joints that are removed during the decompression.

The TOPS™ device is a motion preserving spinal implant that is inserted into the lumbar spine via pedicle screws. The device is implanted via a posterior surgical approach to replace the degenerated skeletal elements such as the lamina and the facet joints that are removed during the decompression.

The TOPS™ device is a motion preserving spinal implant that is inserted into the lumbar spine via pedicle screws. The device is implanted via a posterior surgical approach to replace the degenerated skeletal elements such as the lamina and the facet joints that are removed during the decompression.

Pre Bent Rod Ø6.0x160mm Hex EdgeThe ProMIS Fixation System is designed to be implanted in the lumbar spine. The ProMIS Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

Pre Bent Rod Ø6.0x180mm Hex Edge The ProMIS Fixation System is designed to be implanted in the lumbar spine. The ProMIS Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

Pre Bent Rod Ø6.0x105mm Hex EdgeThe ProMIS Fixation System is designed to be implanted in the lumbar spine. The ProMIS Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

Pre Bent Rod Ø6.0x115mm Hex EdgeThe ProMIS Fixation System is designed to be implanted in the lumbar spine. The ProMIS Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

Pre Bent Rod Ø6.0x125mm Hex EdgeThe ProMIS Fixation System is designed to be implanted in the lumbar spine. The ProMIS Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

Pre Bent Rod Ø6.0x135mm Hex EdgeThe ProMIS Fixation System is designed to be implanted in the lumbar spine. The ProMIS Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

Pre Bent Rod Ø6.0x145mm Hex EdgeThe ProMIS Fixation System is designed to be implanted in the lumbar spine. The ProMIS Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

Pre Bent Rod Ø6.0x155mm Hex Edge The ProMIS Fixation System is designed to be implanted in the lumbar spine. The ProMIS Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

Pre Bent Rod Ø6.0x165mm Hex Edge The ProMIS Fixation System is designed to be implanted in the lumbar spine. The ProMIS Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

Pre Bent Rod Ø6.0x170mm Hex EdgeThe ProMIS Fixation System is designed to be implanted in the lumbar spine. The ProMIS Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.

Pre Bent Rod Ø6.0x190mm Hex EdgeThe ProMIS Fixation System is designed to be implanted in the lumbar spine. The ProMIS Fixation System uses Polyaxial Head Pedicle Screws for fixation to the vertebrae.