The Cervical Interbody Fusion Cage is composed of a PEEK (polyetheretherketone) body and radiopaque markers made of pure tantalum. It is available in various sizes with different lengths, widths, and heights.
The device is designed based on the distraction-compression stabilization principle. By restoring disc height and generating opposing forces, it resists rotation and shearing forces while transmitting axial load, thereby promoting immediate and early segmental stability and creating an optimal biomechanical environment for intervertebral fusion.
● Anatomical curved surface design for better fit with theend plate
● Tantalum metal needles for postoperative assessmentof prosthesis position
● Precise proportional bone graftingwindow design toimprove the fusion rate
● Inverted tooth design for effective slip resistance andinstant stability
● Wide range of size options for tailored surgical selection.
● PEEK material offers elastic modulus close to natural bone, reducing stress shielding and promoting osseointegration.
● Radiolucency of PEEK enables excellent imaging, while radiopaque markers assist with intraoperative and postoperative positioning.
● Serrated surface design enhances implant anchorage and initial stability.
● Supports early postoperative mobility and contributes to high fusion rates.
