ISO 13485 certified, Czech Republic-based company specialize in producing interbody spinal fusion cages designed and constructed in collaboration with leading experts in this field, using innovative and high quality industrial 3D printing technologies.
All cages ( ACIF, PLIF, TLIF ) are recently CE marked and the company started to expand to European markets. Global Biomedica s.r.o. has invested in the latest technologies and follows the latest scientific knowledge, behind its main goal, to relieve patients, to minimize the risk of complications and to return patients to a happy and active life as quickly as possible. Internal and surface grid structure (Cube vertex centroid – lattice) with reinforced edges ensures not only high stability and resistance to deformation of the cage, or immersion in the vertebral body, but also bioactivity – potentiates the formation of bone in the area of contact surfaces and thus the formation of a strong connection between the cage and bone, the risk of developing nonunion ( pseudoarthrosis ) is thus minimized. This property is particularly outstanding when compared to the widely used PEEK implants (poly-ether-ether-ketone).
There is a wide range of products for ACIF, PLIF and TLIF fusion in many sizes. Thus, a wide range of modern tools for simple and, if necessary, minimally invasive cage insertion was designed. The latest 3D printing technology DMSL (Direct Metal Laser Sintering) is used in production.
Global Biomedica has invested in the latest technologies and follows the latest scientific knowledge, behind its main goal, to relieve patients, to minimize the risk of complications and to return patients to a happy and active life as quickly as possible. Global Biomedica s.r.o. is still moving forward and with prominent Czech and foreign spinal surgeons as well as with other specialists develops other spinal implants (ALIF, XLIF) and embarks on the most modern areas of medicine in individual cranial implants.
Company website: https://globalbmd.com/
Contact us: info@globalbmd.com