Zedex Orthocare Private Limited

Lateral Mass Screw

The Lateral Mass Screw is a spinal fixation implant designed for stabilization of the cervical spine. It is commonly used in posterior cervical fusion procedures to provide rigid fixation by anchoring into the lateral mass of the cervical vertebrae. This technique offers excellent stability and alignment while preserving mobility in adjacent segments.

 

Monoaxial Screw

The Monoaxial Screw is a spinal fixation implant used in pedicle screw systems for the stabilization of the vertebral column. Unlike polyaxial screws, the head of the monoaxial screw is fixed and does not move, providing rigid fixation and strong corrective forces.

A Single Thread Poly Screw is an orthopedic implant used primarily in spinal surgeries, especially in pedicle screw fixation systems. Here’s a quick overview:

Polyaxial Screw

The Polyaxial Screw is a key component in modern spinal fixation systems, designed to provide strong and versatile stabilization during spinal fusion procedures. Its polyaxial head allows multi-directional angulation, making it easier for surgeons to align and secure connecting rods, even in anatomically challenging cases.

Single Lock Poly Screw

The Single Lock Poly Screw is a specialized spinal fixation screw used in pedicle screw and rod systems for stabilizing the spine during fusion surgeries. Its polyaxial head design allows angulation of the screw, enabling easier rod placement even in anatomically challenging cases. The single locking mechanism securely locks the screw head to the connecting rod, ensuring rigid fixation and long-term stability.

Manufactured from high-strength titanium alloy, the screw offers superior biocompatibility, durability, and resistance to corrosion. The design also minimizes the risk of screw loosening and provides optimal load transfer to support spinal fusion.

Titanium Bone Screw
A high-strength, corrosion-resistant implant designed for orthopedic use. Made from biocompatible titanium, this bone screw ensures excellent fixation, stability, and faster healing, making it ideal for surgical and trauma applications.