RABEA

Anterior Cervical Fusion
Spine categories
Cervical
  • PEEK-OPTIMA® and medical titanium alloy
  • Toothed surface
  • 0°/5° Lordosis
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The RABEA® disc replacement implants were developed for the specific requirements of anterior cervical vertebral fusion (C3 – TH1). The implant ranges are available in various designs, footprints, heights and angles to enable adaptation to different patient anatomies.

RABEA® is implanted in the C3 – TH1 cervical spinal region using the proven Smith-Robinson technique.

The open design of the implant permits the cage to be packed with autogenous bone graft and / or allograft comprised of cancellous and / or corticancellous bone graft.

The large selection of implants provides for a high degree of intraoperative flexibility and ensures restoration of the intervertebral space.

For RABEA® there are cages available in a 5° lordotic angle as well as plane-parallel implants.

Rectangular design
  • Familiar Smith-Robinson surgical technique
Open implant design
  • Can be packed with natural or synthetic bone graft substitute
  • Promotes osseointegration
Artefact-free MRI imaging*
  • Optimal postoperative monitoring (*Applicable only for RABEA® PEEK)
Proven SIGNUS serrated cage design
  • Secure anchoring in the bone owing to high primary stability
  • Reduced risk of implant migration
Titanium marker*
  • Easy and reliable identification and positioning of the implant (*Applicable only for RABEA® PEEK)
Only one instrument required for implantation
  • Simple and safe handling
  • Economically efficient

The implants are made either of titanium aluminium vanadium (Ti-6Al-4V) or the high‑performance medical polymer PEEK‑OPTIMA®. The radiolucent PEEK‑OPTIMA® implants have anterior and posterior X-ray markers made of titanium alloy (Ti-6Al-4V) to enable intraoperative and post-operative verification.

Here you get to the eifu of RABEA.

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