ANTERIOR CERVICAL 2017-08-22T16:39:32+00:00
  • Maximum fusion field

  • Tantalum X-ray markers to visualize the cage

  • Sharp teeth on surface of implant ensure primary stability

  • Different height and sizes allow adjustment to individual dimensions of the patient’s dies

  • Different size options are available according to the anatomical structure

  • Simple and safe instrumentation

  • Minimal corrosion between plates and mobile insert
  • Sterile Packages
  • Provides max adhesion to superior and inferior surfaces
  • Permits a physiological range of motion in flexion, extension, rotation and lateral bending
  • Preserves anatomical balance
  • Stabilizes the load on facet joints
  • Optional dimensions with varius heights
  • Simple and safe instrumentation
  • Superior and inferior plates made of CoCr alloy
  • Rough surface coating of pure titanium supports bone
  • Inlay made of polymer mix of carbon fiber and peek ultimately minimizing friction involvement
  • Extraordinary grip, due to structure with blade and threaded

  • Max fusion fiel

  • Tantalum X-ray markers to visualize the cage

  • Anatomical and curved design to accommodate endplate shape variance

  • Ensures protection of height with restoring the distance of the disc

  • Different height and sizes allow adjustment to individual dimensions of the patient’s disc

  • Simple and safe instrumentation

 

  • Cervical Plate system for Anterior stabilization

  • Can be used for one or more segments

  • Screws should be expandable and self tapping

  • Three different lengths and two different diameters of screws options are available

  • The diameter of the screws is always coded with different colors

  • Made of biocompatible proven polymer PEEK-OPTIMA®

  • Max fusion filed

  • Tantalum X-ray markers allows to visualize the cage

  • Sharp teeth on surface of implant allows extraordinary grip

  • Ensures protection of height with restoring the distance of the disc

  • Anatomical and curved design to accommodate endplate shape variance

  • Different height and sizes allow adjustment to individual dimensions of the patient’s disc

  • Simple and safe instrumentation

  • Direct repair of fracture and immediate stabilization

  • Preservation of Cl-C2 movement

  • Restoration of bone anatomy

  • Early rehabilitation due to elimination of halo fixation

  • High rate of fusion

  • Can be used at Cl posterior ring fractures

  • Costs less than alternative methods

  • Provides max adhesion to superior and inferior surfaces

  • Permits a physiological range of motion in flexion, extension, rotation and lateral bending

  • Preserves anatomical balance

  • Sterile packages

  • Stabilizes the load on facet joints

  • Optional dimensions with varius heights

  • Simple and safe instrumentation

  • Specially designed “Mobile Insert” between two plates.

  • Allows to continuing  and protection  of the segment movement  and degeneration of adjacent levels of the later development, instead of fusion.

  • Permits a physiological range of motion in flexion, extension, rotation and lateral bending.

  • Biocompatible PEEK material does not have negative physiological response with human tissue anatomy.

  • Stabilizes the load on facet joints.

  • Modular cage and multiple diameters allows for custom implant selection

  • Large graft windows allow to maximize bone to bone graft contact

  • Titanium Alloy allows maximum bony in-growth

  • Lordotic implants allows segmental lordotic restoration

CONTACT US TODAY ABOUT OUR PRODUCTS!

PRODUCT INQUIRIES
WordPress Video Lightbox