| Emerging Implant Technologies (EIT), a German manufacturer of medical devices, has been at the forefront of advanced surgical implantation technology for many years and is particularly good at 3D printing.Its FDA approved implants have improved material properties and are based on the specific patient's anatomy Tailored to help with 3D scanning and printing technology, recently announced that its multi-layer 3D-printed cervical fusion cage has been approved by the U.S. Food and Drug Administration for multiple injuries / defects from the mid-spine to the top.  Cell Titanium Stent Fusion was successfully implanted in the patient's spine Multi-layer cervical fusion cages are manufactured by EIT using its signature Cellular Titanium technology. Cellular titanium devices are printed using selective laser melting (SLM) technology in 3D. By precisely programming the movement of the laser, EIT can create a model of cancellous bone spongy. ('sponge-like') and cortical (hard) structural cores. When implanted in the body, the bionic grid structure causes the tissue to grow in the center and joins the broken bone pieces together. High-quality 3D-printed EIT implants can be applied to spinal grade 7. With reference to the International Spinal Cord Injury Charts, cervical implants from EIT can be applied to C2 to T / Th1 levels associated with the middle and upper spine, C2) implants can be used to treat damage to the auditory nerve, sinuses, eyes and tongue.The lower layer includes the shoulders, neck, elbows, arms and fingers. ETI is poised to enter the U.S. market quickly, and EIT recently signed a contract with nearly 400 hospitals and surgical centers in the United States with the U.S. Hospitals Corporation (HCA), the largest group buying organization in the United States. |
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