Tesera Trabecular Technology

Tesera Trabecular Technology® is designed and built to promote bone in-growth and long-term stability.

 


Learn more about Tesera Trabecular Technology on http://www.teseratrabeculartechnology.com.

Tesera Trabecular Technology

  • Biocompatible
    • Produced from “gold standard” titanium-alloy
  • Designed for in-growth
    • Highly porous, with large interconnected pores
  • Proven
    • Animal study found in-growth by 12 weeks with continuing bone formation at 24 weeks [1]

Tesera Trabecular Technology Porous Structure

SEM-image-of-the-outer-surface-of-T3
 

Each parameter of the Tesera Trabecular Technology porous structure—from pore size and shape to surface roughness—was designed based on decades of published research on bone ingrowth surfaces.

This highly porous structure provides initial mechanical stability as the rough surface grips into the bone upon implantation; the mechanical interlock of bone growing into the structure provides long-term mechanical stability.

The production of the Tesera porous structure is enabled by electron beam manufacturing (EBM). With the EBM process, devices are literally built up layer-by-layer, allowing the repeatable production of complex geometries not possible with other manufacturing methods.

Learn more about Tesera Trabecular Technology on http://www.teseratrabeculartechnology.com.

 


  1. Surgeries were performed at IMDS Discovery Research (Logan, Utah); processing and analysis of the specimens was conducted by the Bone and Joint Research Laboratory (Salt Lake City, Utah). Data on file with Renovis Surgical.