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Spine

15 Item(s)

  • SPICCA
    • Stable, less invasive cervical fusion construct through an anterior approach
    • Low imaging signature provides high quality post-operative MR images
    • Titanium coated PEEK improves osseointegration
  • SOLFIX2™
    • Low profile design with appropriate size ranges to match patient anatomy
    • Rapid self-tapping screw advancement
    • Screw stem designed for bone specific purchase and osseointegration
  • SPRINT
    • Less invasive, mobility preserving alternative to spinal fusion
    • Intuitive instrumentation combined with a simple surgical procedure reduces theatre time
    • Indicated for multiple levels in 5 anatomical heights as well as a narrower and enlarged rivet slot variant
  • SASCA™
    • Stable fusion construct using an anterior approach
    • Low imaging signature provides high quality post-operative MR images
    • Multiple heights in two footprints, with lordotic and scoliotic correction profiles
  • Unity+
    • Stable fusion construct using a lateral screw plate (or minimally invasive)
    • Low imaging signature provides high quality post-operative MR images
    • Multiple heights in four lengths
  • Unity
    • Stable fusion construct using a lateral approach (or minimally invasive)
    • Low imaging signature provides high quality post-operative MR images
    • Multiple heights in four lengths
  • Caliber
    • Stable fusion construct using a TLIF approach, augmented with pedicle screws
    • Low imaging signature provides high quality post-operative MR images
    • Anatomical profile, multiple heights in three lengths
  • Camber
    • Stable fusion construct with an anteriorly-positioned, curved device, augmented with pedicle screws
    • Low imaging signature provides high quality post-operative MR images
    • Anatomical profile with multiple heights in two lengths
  • Phoenix Cervical Disc
    • Low profile anatomically shaped disc provides a close match to patient anatomy
    • Low imaging signature provides high quality post-operative MR images
    • Intuitive instrumentation combined with a simple surgical procedure reduces theatre time
  • Southern Thoracic Vertebrectomy
    • Stable thoracic/cervical vertebrectomy construct through an anterior approach
    • Height-adjustable resulting in optimum distraction
    • Parallel or angled end plate results in a flat-bearing surface
  • AXIS™ 2 Plate
    • Stable anterior cervical fusion construct with simplified bone screw-locking mechanism
    • Pre-bent low profiled plate with large graft windows
    • Variable angled screws
  • SPICCA Corpectomy
    • Stable cervical corpectomy and fusion construct through an anterior approach
    • Low imaging signature provides high quality post-operative MR images
    • Posterior and anterior titanium markers enable accurate positioning
  • SPICCA-SP
    • Stand-alone, less invasive cervical fusion through an anterior approach
    • Low imaging signature provides high quality post-operative MR images
    • Titanium coated PEEK improves osseointegration
  • SPICCA-F
    • Stable, less invasive cervical fusion construct through an anterior approach
    • Low imaging signature provides high quality post-operative MR images
    • Extended titanium fin locates device and prevents displacement between vertebrae
  • Southern Medical DBMX

    Southern Medical DBMX offers the potential to reduce:

    • Need for autologous bone graft
    • Hospital stay
    • Costs - immediately following surgery and over time
    • Complications that would require follow-up visits
    • Elimination of pain at harvest site [in autograft procedures]
    • Late onset complications from autogenous bone harvesting procedure
    • Eliminates risk of infection from autograft donor site