HA-tetracell-C​

IMPLANT FEATURES

• Tapered nose to aid in insertion and protect porous layer during insertion
• Graft cavity to provide volume for autograft
• 8° and 12° lordotic angles
• 8 heights, 5-12mm in Imm increments
• 3 Footprints (L x W):
  • 12x 14mm
  • 14x 16mm
  • 16x 19mm

HAtetracell-C

Made from 3D printed Titanium (6Al-4V ELI). The design leverages 3D printing technology to provide:

• Large inner volume for graft material. Up to 41% more graft volume than a traditional implant.
• Open lattice 3D matrix titanium interbody.
• Micro-textured surface geometry. Roughened titanium surfaces have been shown to demonstrate increased protein expression in contrast to smooth titanium surfaces. (2)
• Large endplate contact surface area to distribute compressive loads.
• Trabecular structures on endplate contact surfaces are designed to mimic anatomical cancellous bone, with pore sizes ranging between 300-500um.
• Trabecular surface porosity is designed to promote cell signaling, on-growth, in-growth, and fusion.
• Open lattice structure reduces the radiographic signature.
• The bone-like surface design and open lattice structure intends to promote ‘mechanical fusion’ bone ingrowth for short term stability.
• The optimized biomimetic scaffolding of the implant surfaces are designed to encourage osteogenesis.
• All surfaces have a 20nm thin layer of hydroxyapatite.

°HA  Surface® Features

• Ultra-thin layer of hydroxyapatite crystals
• High wettability
• Optimal surface chemistry
• Optimized micro-textured surface