Tesera Lumbar Interbody Fusion PLIF System

Spine Product Group

Tesera P features our revolutionary Tesera Trabecular Technology in posterior lumbar cage form.

Renovis Tesera P Posterior Lumbar Interbody Fusion System
Renovis Tesera P Posterior Lumbar Interbody Fusion (PLIF) System with Tesera Trabecular Technology

Tesera Trabecular Technology

  • Optimal environment for bone IN-GROWTH and ON-GROWTH
  • 3D-printed Titanium-alloy (Ti6Al4V)
  • Truly-porous trabecular structure
  • Random, interconnected pores (500 micron average pore size)
  • 68% Average Porosit
  • Hydroxyapetite-blasted, for micro-surface roughness

Renovis Tesera P Posterior Lumbar Interbody Fusion System

Tesera P Sizes

  • Available in lengths of 22mm, 25mm and 27mm X 9mm width
  • Available in heights from 7mm – 16mm
  • Convex 7 ̊ lordotic profile
  • Bulleted, self-distracting nose geometry

Renovis Tesera T and ST (TLIF) Transforaminal Lumbar Interbody Instruments


  • Straight Shavers available from 6mm – 14mm (1mm increments)
  • Curved and Straight Trials available from 7mm – 14mm (1mm increments)
  • Threaded Inserters
  • Tamps, disc prep and nerve retractors included

About Tesera Trabecular Technology (T3)…

Tesera implants feature porous titanium surfaces which create the optimal environment for bone on-growth and in-growth. (Figure 1) Independent study of the Tesera structure proves rapid and complete bone ingrowth at 12 weeks, without press-fit or biologics. (Figure 2)

Tesera implants combine revolutionary manufacturing technology, advanced material science and bio-analogous design into cutting-edge implants that push the expectations of how spinal implants interact with the body.

SEM image of the outer surface of the Tesera porous structure
Figure 1: SEM image of the outer surface of the Tesera porous structure.[1]

Figure 2: Pictured above is a 75μm section view from a weight-bearing Ovine study showing bone ingrowth into the Tesera trabecular structure at 12 weeks.[2] Black=Titanium, Pink=Bone, Blue=Fibrous Tissue and White=Pore Space

  1. Data on file with Renovis Surgical. SEM Evaluation. Test Report K13047307-1.
  2. 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.
  3. *The Ovine study data shown is representative of Renovis Surgical Technologies’ Electron Beam additively manufactured porous structure. Tesera P/T/ST implants are manufactured using a laser sintering additively manufactured porous structure, but are representative of the Electron Beam porous structure.

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