Axial Connector | Titanium

Accordion Hover Style
+ Description

An Axial Connector is a specialized spinal fixation component designed to link two rods that intersect at an angle, rather than lying in parallel. It enables surgeons to create multi-planar spinal constructs, making it ideal for complex deformity corrections, osteotomy support, and construct extensions that require angulated rod paths.

Constructed from medical-grade titanium or cobalt-chrome, axial connectors feature a pivoting or rotational joint mechanism that allows angular adjustment during placement, ensuring secure fixation between non-parallel rods.

Accordion Hover Style with Bullets
+ Indications
  • Spinal Deformity Correction (e.g., scoliosis, kyphosis with angular rod transitions)
  • Osteotomy Stabilization in areas requiring rod convergence
  • Hybrid Construct Formation with variable rod orientations
  • Spinal Tumor Reconstruction requiring atypical fixation trajectories
  • Revision Surgeries involving rod extension at angles
  • Need to connect rods at an angle due to spinal anatomy or surgical plan
  • When axial (non-parallel) support is required across vertebral segments
  • In procedures where direct in-line rod continuation is not possible
  • To enable angular alignment across transitional zones (thoracolumbar, lumbosacral)
Accordion Hover Style with Bullets
+ Key Features
  • Angled Rod Connection : Connects two rods positioned at variable angles (not parallel) Allows for multi-directional fixation and construct customization
  • Rotational or Pivot Mechanism :  Facilitates intraoperative angulation and alignment adjustment Supports anatomical variation and complex surgical techniques
  • Universal Rod Compatibility : Fits standard rod diameters (e.g., 5.5 mm, 6.0 mm, 6.35 mm) Compatible with most spinal systems
  • Secure Locking Design :  Dual or single locking screws ensure robust rod fixation Prevents construct loosening under dynamic spinal loads
  • Low-Profile, High-Strength Design : Minimizes implant prominence and soft tissue interference Provides durable support for high-load areas
  • High-Quality Materials : Titanium or CoCr alloy for biocompatibility, corrosion resistance, and imaging compatibility
  • ISO & CE Certified Manufacturing : Compliant with international safety and quality standards for spinal implants

Product Ordering

CAT
6047TI01

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