Buy ZP Cervical Cage Manufacturer CE FSC ISO Insured Supplier Exporter, Company

The anatomical design benefits the restore of physiological curvature. The double-sided reverse teeth provide initial stability. The PEEK material provides good biocompatibility and excellent biomechanical property. Large grafting area benefits postoperative fusion. Four ZP screws, firmly tightened into the plate by locking model, reduce the risk of screw retreating. The zero profile design reduces the risk of dysphagia. As remains as far as possible from the adjacent level disc spaces, ZP Cervical Cage minimizes this risk of adjacent level ossification. Sterilization package.

Product Description

Product Specifications & Parameters
ZP Cervical Cage ZP Cervical Cage 5 mm Height
6 mm Height
7 mm Height
8 mm Height
9 mm Height
10 mm Height
ZP Locking Screw ZP Locking Screw Φ3.0 x 12 mm
Φ3.0 x 14 mm
Φ3.0 x 16 mm
Φ3.0 x 18 mm
Material Titanium Alloy
Surface Treatment Micro-arc Oxidation
Qualification CE / ISO13485 / NMPA
Package Sterile Packaging 1pcs/package
MOQ 1 Pcs
Supply Ability 1000+ Pieces per Month
Spinal Pathologies Overview

Indications are lumbar and lubosacral pathologies in which segmental spondylodesis is indicated, for example:

  • Degenerative disc diseases and spinal instabilities
  • Revision procedures for post-discectomy syndrome
  • Pseudarthrosis or failed spondylodesis
  • Degenerative spondylolisthesis
  • Isthmic spondylolisthesis
Ease of Use

Because plate and spacer are preassembled, the plate is automatically aligned upon implant insertion. This avoids the process of aligning and realigning an anterior cervical plate.

The ZP screws have a one-step locking conical head which locks the screw to the plate by simply inserting and tightening the screw.

ZP Cage Alignment Feature
One-step Locking Screw Feature
Reduces Risk of Dysphagia

ZP Cage is contained within the excised disc space and does not protrude past the anterior wall of the vertebral body as do anterior cervical plates. This zero anterior profile may be beneficial in reducing the occurrence and severity of postoperative dysphagia. In addition, preparation of the anterior surface of the vertebral body is minimized because the implant does not lie against this surface.

Prevents Adjacent Level Ossification

It has been shown that cervical plates placed near adjacent level discs can contribute to bone formation near or around the adjacent level which may lead to future complications. ZP Cage minimizes this risk, as it remains as far as possible from the adjacent level disc spaces.

Zero-profile Placement Visualization
Titanium Alloy Plate
  • Provides a secure, rigid screw locking interface
  • Stresses in plate are decoupled from spacer through an innovative interface
PEEK Interbody Fusion Cage
  • Radiopaque marker for posterior visualization during imaging
  • Tantalum marker is 1.0mm away from the edge, provides intra- and post- operative positional information
  • Spacer component is made of pure medical grade PEEK (Polyetheretherketone)
  • PEEK material does not contain carbon fibers reducing the risk of systematic uptake and local connective tissue formation
  • Teeth on the implant surface provide initial stability
Titanium and PEEK Material Features
Contraindications
  • Spinal fracture
  • Spinal tumor
  • Severe osteoporosis
  • Spinal infection
Locking Screws
  • Screws form a bone wedge with a 40º± 5º cranial/caudal angle and 2.5º medial/lateral angle to enhance pull-out resistance
  • One-step locking screws
  • Self-tapping screws improve thread purchase
  • Trilobular thread cutting flutes are self-centering

The ZP cage is indicated for use following anterior cervical discectomy for reduction and stabilization of the cervical spine (C2–C7).

Indications:

  • Degenerative disc disease (DDD, defined as neck pain of discogenic origin with degeneration of the disc confirmed by history and radiographic studies)
  • Spinal stenosis
  • Failed previous fusions
  • Pseudoarthrosis
Cervical Stabilization Diagram
Frequently Asked Questions (FAQ)
Q: What are the main materials used in the ZP Cervical Cage system?
The system combines a pure medical-grade PEEK (Polyetheretherketone) spacer with a Titanium Alloy plate and tantalum radiopaque positional markers.
Q: How does the zero-profile design prevent postoperative complications?
Because the implant is completely contained within the excised disc space and does not protrude beyond the anterior vertebral wall, it substantially reduces the incidence of postoperative dysphagia and avoids adjacent level ossification.
Q: What sizes are available for the ZP Cage and locking screws?
The ZP Cervical Cage is available in heights ranging from 5 mm to 10 mm. The accompanying ZP Locking Screws are offered in Φ3.0 mm diameter with lengths of 12 mm, 14 mm, 16 mm, and 18 mm.
Q: What spinal levels and indications is the ZP Cage system designed for?
It is indicated for cervical spine stabilization from C2 to C7 following anterior cervical discectomy for conditions such as degenerative disc disease (DDD), spinal stenosis, failed fusions, and pseudoarthrosis.
Q: What are the key contraindications for this implant?
The primary contraindications include spinal fractures, spinal tumors, severe osteoporosis, and active spinal infections.
Q: What features facilitate screw insertion and pull-out resistance?
The screws feature self-tapping, self-centering trilobular thread cutting flutes and create a bone wedge at a 40º± 5º cranial/caudal angle and 2.5º medial/lateral angle for enhanced biomechanical pull-out strength.

Related Products