Java® Pedicle Screw System

Polyaxial Screws

  • 30° of angulation.
  • Simplify the insertion of the rods.
  • Color Code to distinguish the different diameters.

Monoaxial Screws

  • Reinforced mechanical resistance.
  • Small overall dimensions.

Hooks

  • As part of the Java Top Loading ostheosynthesis system, the hooks contribute to the treatment of spinal degenerative disorders, deformities, and traumo at the lumbar and thoracic levels.

    Perfectly adapted to the Java Top Loading system of arthrodesis.

A Complete Line of Implants

  • Implant made of titanium.
  • Minimal bulk.
  • Identical blockers.

Titanium Rods

  • Short length precontoured rods from 30 to 100 mm.
  • Straight rods from 120mm.
  • Use of allied titanium for degenerative pathologies.
  •  Use of titanuim for deformity pathologies requiring in situ rod bending.

Right and Left Sacral Fixation

  • Transverse conectors and dominos.

Technical Specificities

  • The whole of the Java system was studied to allow a strong bony purchase and to ensure an optimal comfort of use.

Titanium

  • Excellent mechanical strength and biocompatibility allow MRI follow up.

Blocker

  • Buttress threading to reduce the spacing of the heads and the obstruction of the implants.

Screw Heads

  • Low profile & atraumatic
  • Small overall dimensions in low part
  • 2 side catches allowing a good introduction of the rods to the bottom of the head thanks to the persuader

Screws

  • Cylindrical and asymmetrical threading
  • Excellent catch in the bone
  • Resistance counters wrenching
  • Possibility of unscrewing
  • Conical heart proximal part for a better biomechanical resistance
  • Distal end optimized to support insertion in the pedicle

Related Articles

Indications
Instrumentations/Range
References
Product Brochure & Surgical Technique
Operative Technique

Availability

Availability is subject to confirmation: if you have any questions concerning availability please contact Zimmer Spine Europe, Africa, Middle East office found on the Contact Us page.