Avenue® Ti

Advancing patient care with our newest 3D printed titanium interbody platform.

Avenue Ti’s interbody spinal cages are created with a distinctive internal porous lattice (“net”) structure. This scaffold design, structured from uniformly interconnected pores ranging from 500-700μm, along with the 6-10μm micron roughened surface topography helps to foster a cellular relevant environment for adhesion and bone ingrowth.

This range of devices have been engineered for both improved on-growth and ingrowth¹, compared to PEEK and solid titanium cages, and to comprise of a modulus of elasticity close to that of bone. 

Studies have shown that the lattice structure of 3D printed titanium cages, which provide a bone comparable modulus of elasticity,  is designed to withstand loading and promote fusion through providing a porous framework for bony in-growth², can sustain intra-disc height, can help to reduce the occurrence of subsidence compared to solid titanium cages³ and PEEK cages^{2, 4} and are designed to provide a more evenly distributed endplate pressure under static load, compared to solid titanium and PEEK spinal cages⁴.