Spinal Surgery

The versatile range of rod-screw systems are used to correct instability caused by a variety of causes such as trauma, degenerative changes, failed fusion or tumours. The systems enable the surgeon to use a wide range of surgical techniques, including a mini invasive approach.

They are used when there is a need to surgically reconstruct the vertebral body after partial or total vertebral body resection. A replacement implant ensures the stability of the spine while ossification takes place.

We offer implants designed for the fusion of the lumbar and sacral spine (L2-S1). They can be placed using PLIF, TLIF and ALIF surgical approaches. Implants are available in different sizes, heights and lordosis angles to adapt to the anatomy of each patient.

We offer implants for different surgical techniques and for the various spinal intervertebral discs. The implants are made of titanium with high biocompatibility using 3D printing. They have a large pore structure (~700 µm) that promotes bone tissue growth and stability.

Synthetic bone substitute is used to fill bone defects, including after spinal surgery, trauma or removal of cysts and tumours. The material is mouldable and ready for immediate use, saving time in the operating theatre.