3D printed Titanium

State-of-the-art production technology ,3D titanium printing enables an open-pore cage design with a mesh macrostructure composed of approximatively 73% air and 27% titanium.

Implant porosity allows bony fusion

Silony’s 3D printed cages mimic the porosity and pore size of trabecular bone. An average pore size of 650 µm gives the cages an elasticity comparable to bone while porosity also promotes bony integration.

Clear visibility under imaging modalities

The open-pore structure of the cages enables clear visualization of the implant largely without interfering artifacts. This allows for clear assessment of the fusion and of the surrounding tissues.

Versatile portfolio for optimised implant selection

Silony offers a diverse portfolio of 3D printed cages which may be used in a variety of pathologies. From the cervical to the lumbar spine, the right 3D Cage can be chosen.

Silony´s 3D printed cage range includes appropriate sizes and lordotic angles to serve a wide range of patients and correction needs.