The spine serves as the human body’s pillar, supporting the entire weight of the body. With the advent of the information age, tremendous changes have taken place in people’s work and lifestyles. An increasing number of people are required to sit for long periods at a desk. Coupled with the growing aging of society, spinal disorders—such as cervical spondylosis, lumbar disc herniation, lumbar spinal stenosis, lumbar spondylolisthesis, and scoliosis—have become common and frequently occurring diseases that severely affect quality of life among the general population. As a result, spinal disorders have become a major topic of widespread public concern.
In the current medical field, interbody fusion surgery is a common spinal surgical procedure used to treat various spinal conditions, including degenerative disc disease, spinal deformities, spinal injuries, and other related disorders. In interbody fusion, a fixed cervical interbody cage is implanted into the original intervertebral space. Supported by the cervical interbody fusion cage, the procedure restores the height of the intervertebral space, enlarges the intervertebral foramen, relieves neurological compression, enhances segmental stability, and prevents secondary degenerative changes in adjacent segments.
Our cervical cage fusion is made of PEEK (polyetheretherketone) material, PEEK radiolucent material with a modulus of elasticity between cortical and cancellous bone, allowing load sharing.
The following are the characteristics of the cervical cage implant:
Tantalum Markers: Allow for visualization and implant placement verification
Pyramidal Teeth: Prevent implant migration
Large Center Opening: Allows more area for bone graft-to-endplate contact
Trapezoid Anatomical Shape: To achieve proper sagittal alignment
Lateral Openings: Facilitates vascularization
Disperse stress to maintain the interbody balance
Restore cervical normal lordosis
Reduce the damage to vertebral anterior edge during implanting
The anatomic design reduce the risk of prolapse
Large lumen maximizes area for packing autogenous bone graft allowing fusion to occur through the cage
Create additional surface area for bone growth
Superior and inferior teeth provide resistance to expulsion forces, reducing the risk of implant migration
The specification of orthopedic cervical cage
| Cervical Cages | Height | 4mm Height 5mm Height 6mm Height 7mm Height 8mm Height 9mm Height |
| Material | PEEK | |
| Package | Sterile Packaging |
If you want to learn more about the cervical peek cage knowledge, please feel free to contact us; our team will provide you with the professional support and answers.
Post time: Apr-15-2026