2100-39
CZMEDITECH
Radiolucent PEEK Material
1 set
CE, ISO 13485
FedEx, DHL, TNT, EMS, etc.
OEM and ODM available
Return and Replacement
Internal fixation for femoral neck fractures
Radiolucent PEEK Material
Allows clear X-ray and CT imaging for postoperative fusion evaluation.
Anatomical Endplate Design
Optimized geometry improves implant stability and load distribution.
Large Bone Graft Chamber
Supports effective bone graft packing and promotes spinal fusion.
Multiple Sizes Available
Different heights and footprints accommodate various cervical anatomies.
Stable Anterior Column Support
Restores disc height and cervical alignment during ACDF procedures.
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Product Indications
Cervical PEEK Cage II is an interbody fusion implant designed for anterior cervical discectomy and fusion (ACDF). It restores intervertebral height, maintains cervical alignment, and supports bone graft fusion between vertebral bodies.
Manufactured from medical-grade PEEK material, the cage offers radiolucent imaging visibility, biomechanical compatibility with bone, and stable structural support for cervical spine reconstruction.
Cervical PEEK cages are interbody implants commonly used in cervical spine fusion surgery. After the removal of a damaged intervertebral disc, the cage is inserted into the intervertebral space to restore disc height and maintain spinal stability.
These implants provide structural support to the cervical spine while allowing bone graft material to integrate and form a stable fusion between vertebrae.
| Product Name | Specification |
| Cervical Peek Cage | 4mm |
| 5mm | |
| 6mm | |
| 7mm | |
| 8mm |
Surgical Technique
A cervical interbody cage is implanted between two vertebrae after a damaged disc is removed. The cage maintains the disc space and promotes biological fusion between adjacent vertebral bodies.
Interbody fusion eliminates abnormal motion between vertebrae and restores cervical spine alignment. This helps reduce nerve compression and improves overall spinal stability.
Degenerative disc disease may lead to disc collapse, spinal instability, and nerve compression. Cervical cages restore disc height and support vertebral fusion.
When a cervical disc herniates and compresses spinal nerves, ACDF surgery removes the damaged disc and replaces it with an interbody cage implant.
Cervical spondylosis can cause spinal canal narrowing, nerve compression, and chronic neck pain. Interbody cages help restore structural stability of the cervical spine.
PEEK material provides excellent biocompatibility and mechanical strength while maintaining an elastic modulus similar to cortical bone.
The radiolucent properties of PEEK allow surgeons to clearly observe bone fusion progress through X-ray or CT imaging.
The cage is designed to match the anatomical structure of cervical vertebral endplates, improving implant stability and load distribution.
The cage includes a large central cavity that allows surgeons to pack bone graft material to promote spinal fusion.
PEEK cages are widely used in spinal fusion surgery because they provide clear imaging visibility and biomechanical compatibility with bone.
Compared with metal implants, PEEK cages produce fewer imaging artifacts and allow better monitoring of fusion progress.
The surgeon removes the damaged disc through an anterior surgical approach to the cervical spine.
The vertebral endplates are carefully prepared to receive the interbody cage implant.
The cervical cage is inserted between vertebrae and filled with bone graft material to promote spinal fusion.
CZMEDITECH is a professional orthopedic implant manufacturer specializing in spinal implants and trauma fixation systems.
The company provides CE certified orthopedic implants manufactured under ISO13485 quality management standards.
CZMEDITECH supports OEM and ODM cooperation and provides orthopedic implant solutions for global distributors and hospitals.
FAQS
A cervical PEEK cage is used in ACDF surgery to replace a damaged disc and support spinal fusion between vertebrae.
PEEK is widely used because it provides radiolucent imaging and biomechanical compatibility with bone.
In many ACDF procedures, a cervical cage is combined with an anterior cervical plate to improve spinal stability.
Features & Benefits
