TLIF CAGE
The TLIF Cage is a type of spinal implant used in lumbar fusion surgery. It is typically used in cases where there is instability or degeneration of lumbar spine. During the surgery the damaged disc is replaced with Aura Cage and packed with bone graft material, either from patient's own body (autograft) or from donor (allograft) to promote the fusion between the vertebrae.
The Aura Cage comes in both titanium and Peek materials and is available in a variety of sizes to accommodate different patient anatomies and surgical needs. It is also available in a range of lordotic angles to match the natural curvature of the lumbar spine.
Product Features:
Aura Cage cage is featured with different types of features such as follows:
- Holes – Provide space to fill the autogenous bone graft or bone graft substitute.
- Pyramid Teeth – Prevent the relocation of cage
- Rail on the surface – It is provided on the cage to guide and turn the cage into the desired location
- Radio-graphic pin – Enable the position tracking of the implant during imaging.
Intended Use:
Spinal Fusion: The primary purpose of the AURA Cage (TLIF) implant is to facilitate spinal fusion. TLIF is a surgical technique used to treat various spinal conditions, including degenerative disc disease, spondylolisthesis, and spinal instability.
Interbody Fusion: The implant is placed between adjacent vertebrae in the lumbar spine. It serves as an interbody spacer, creating a controlled environment for bone growth (fusion) between the vertebral bodies.
Stabilization: The implant is designed to stabilize the spine and maintain proper alignment of the vertebral segments during the fusion process. This stability helps relieve pain and correct spinal deformities.
Support: It provides structural support to the spine and helps restore normal disc height and alignment, reducing pressure on nerves and improving overall spinal function.
Facilitation of Bone Growth: The implant’s design allows for the incorporation of bone graft material, typically autograft (patient’s bone) or allograft (donor bone), which promotes bone growth across the implant, ultimately leading to a solid fusion mass.
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