President of the Russian Association of Spine Surgeons, Academic Adviser, Head of the Department of Spinal Pathology and Bone Oncology at the RSRI of TO n.a. R.R. Vreden, Head of the Department of Traumatology, Orthopedics and Battlefield Surgery at the North-Western State Medical University n.a. I.I.Mechnikov, Doctor of Medical Sciences, Professor
This technology is a modern Russian promising elaboration. Already now, it shows excellent results, allowing to adapt implants to the anatomical features of a particular patient and achieve the necessary orthopedic and clinical results with a minimum number of fixed spinal segments. 3D cages have proven themselves in the treatment of the entire spectrum of pathological conditions in spinal pathology - from trauma and degenerative conditions to spinal tumors. Further studies on changing the porosity and plasticity of the material will contribute to their early engraftment and reduce the frequency of nonunion.
Researcher of the neurosurgery group at Privolzhsky Research Medical University (PRMU) in Nizhny Novgorod, Doctor of Medical Sciences
The Pozvonoq cage wins competition with other manufacturers due to its geometry, which greatly facilitates anterior lumbar interbody fusion, even for patients with a body mass index over 36. The size range also includes hyperlordotic cages that allow the correction of degenerative deformities from the anterior approach, which is an innovative global trend. It is also possible to supply (design and produce) individual cages for specific features of the spine structure in a particular patient. Moreover, prompt shipment of these implants should be noticed. The production of cages is organized in Russia, which will make them less dependent on currency fluctuations. The developed implants are competitive with analogues of foreign and domestic manufacturers not only due to quality, but also because their cost is lower than that of most well-known manufacturers.
Deputy Director for education and cooperation with the regions, Head of the Clinic for Spinal Pathology and Rare Diseases at the NIMRC for TO n.a. academician G.A. Ilizarov (National Ilizarov Medical Research Center for Traumatology & Orthopedics), Doctor of Medical Sciences
The main advantages of additive cages is the ability to manufacture and use them, taking into account the nature of the pathology, individual anatomy and parameters of the bone tissue of a particular patient. Extremely important production aspects should be a well-developed preoperative planning protocol and a short production cycle from a 3D digital model to a finished individual product. Moreover, among the medical advantages, the high quality of the product, safety, preliminary good biocompatibility should be noticed. In addition, the low cost of the product determines good marketing prospects for these implants and allows to hope for a wider application of technologies with proven efficiency in our country.
The company manufactures serial and individual intervertebral cages using additive technology.
Series of product lines are created using 3D printing technology.
A porous cellular structure is applied to all serial products.
Serial cages have hollow side faces.
We are ready to produce for you individual cages for complex cases according to CT and MRI data.