Image of VBR stack

Carbon composite technology for spine fusion.

ostaPek® implants introduce high-performance long fiber carbon composite material to spine fusion. Based on fiber pattern design specific to each indication, surgeons and patients can now consider treatment options not available based on traditional methods and materials.

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ostaPek® for the cervical spine.

Trabis™ corpectomy and ACIF interbody fusion cages

Innovation

Trabis™ and ACIF spine cages have been cleared by the FDA for cervical indication in 2018.

Lightness

The specific orientation of the carbon fiber bundles allows for thin wall design, unparalleled graft to cage volume ratio.

Radiolucency

ostaPek® carbon composite is radiolucent and allows for 100% clear post-operative visual assessment.

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Trabis™ corpectomy and ACIF interbody fusion cages

Safety

Both Trabis™ and ACIF spine cages have been in clinical use in Europe since more than 20 years. Safety and effectiveness have been proven in thousands of procedures and described in multiple peer-reviewed publications.

Strength

ostaPek® cages are engineered to resist cervical loads from the earliest phases of the fusion process.

Control

Minimum surgical instrumentation is required. Cage inserters are designed to allow for full spatial control during insertion.

Image of VBR cages and artificial pedicle

ostaPek® VBR for tumor.

ostaPek® VBR is designed for the most demanding spine tumor cases. The contruct is versatile in terms of height and lordosis angle via stackable cages. The artificial pedicles allow a complete reconstruction of the spinal column and protect the spinal cord. Radiolucency of the material makes both radiological treatment and post-operative visual assessment possible.

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ostaPek® for the lumbar spine.

Image of ostaPek® lumbar cages

Interbody fusion cages

The ostaPek® interbody fusion cages differ in shape but follow the same design principles: vertical struts for strength for primary stabilization, maximised space for bone graft, large cage-graft surface in contact with the endplates and design features to facilitate surgical gestures during implantation for each approach.

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GII Pedicle fixation

The GII system, initially cleared by the FDA in 1998 in stainless steel, includes orthogonal and poliaxial screws to be combined with either titanium or ostaPek® plates or titanium rods for the non-cervical spine.

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Image of pedicle fixation system plates, rods and screws

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Image of surgeon with instrument in hand

Instruments in the surgeon’s hands.

Only by deciphering the surgical gesture and its aim a functional and effective instrument can be created. Since 1994, ostaPek® product development has moved hand-in-hand with instrument design and exploration of surgical techniques. International courses and discussion sessions are organized yearly.

Learn more about Coligne courses