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This zero-profile device integrates two titanium locking screws into a PEEK cage body to secure adjacent vertebral bodies, preventing micro-motion and migration. It restores disc height and cervical lordosis while reducing adjacent-segment degeneration risk. Radiolucent material allows clear imaging, and CE/ISO-certified manufacturing ensures high quality. Compatible with single- and two-level cervical fusions.
2026-0102
TOOLMED
Peek
1 Pcs
5-15 Days
5/6/7/8/9/10/11/12 MM
Product Description
Integrated screw locking anchors cage directly to vertebral bodies
Dual-lock screws provide rotational and shear resistance immediately post-op
Stand-alone zero-profile design, eliminating need for anterior plate
PEEK core mimics bone modulus, reducing subsidence and stress shielding
Radiolucent body with metal-free imaging, facilitates CT/MRI follow-up
Low-profile implant reduces dysphagia and soft tissue irritation
CE-marked and compliant with ISO 9001/ISO 13485 quality systems
Single- or two-level ACDF (C3–C7) for degenerative disc disease
Cervical radiculopathy, myelopathy, or spondylosis
Ideal for patients with minimal kyphosis or low subsidence risk
Situations where plate-related dysphagia is a concern
Revision cases where anterior plating is contraindicated
| P/N | Product Name | Size | Material | Sterile | Unit |
| 2026-0102 | Cervical PEEK Cage (2 Locking Screws) | 5mm | PEEK | N | EA |
| 2026-0103 | 6mm | PEEK | N | EA | |
| 2026-0104 | 7mm | PEEK | N | EA | |
| 2026-0105 | 8mm | PEEK | N | EA | |
| 2026-0106 | 9mm | PEEK | N | EA | |
| 2026-0107 | 10mm | PEEK | N | EA | |
| 2026-0108 | 11mm | PEEK | N | EA | |
| 2026-0109 | 12mm | PEEK | N | EA |
A stand-alone fusion device featuring a PEEK interbody spacer with two integrated locking screws, designed to stabilize and fuse cervical levels without anterior plating. It supports immediate fixation and enhances stability while allowing clear postoperative assessment.
The Cervical PEEK Cage (2 Locking Screws) is indicated for use in:
ACDF procedures at single or dual levels, particularly where minimizing hardware prominence is preferred
Cases where anterior plate fixation heightens risk of dysphagia or soft tissue irritation
Patients with good alignment and minimal kyphotic deformity
Situations where limiting adjacent segment degeneration (ASD) is desirable
Immediate segment stability via dual locking screws
No anterior plate minimizes implant profile and swallowing complications
Lower subsidence risk thanks to PEEK’s elastic modulus (~bone-like stiffness)
Clear imaging for graft incorporation without CT/MRI artifacts
Faster workflow with fewer instruments and implants
Compatible with minimally invasive surgical techniques
Finite element and clinical follow‑up studies confirm stand‑alone PEEK cages induce stable fusion comparable to plate‑augmented constructs, with lower adjacent segment degeneration and dysphagia incidence. Dual-lock screw anchorage effectively resists shear and rotation. Segmental motion at the fused level is effectively eliminated, while adjacent segment motion and facet forces remain comparable to or lower than plate-fixed constructs.
Perform standard anterior cervical discectomy and prepare endplates
Choose cage height and lordotic angle based on preoperative imaging
Pack graft material into the cage prior to insertion
Insert cage into intervertebral space—ensure snug fit
Insert two locking screws into superior and inferior vertebral bodies via pre-angled trajectories
Confirm placement via intraoperative fluoroscopy
Avoid over-distraction; final screw torque per system guidelines
Following implantation, proper postoperative care is essential to ensure healing and prevent complications:
Obtain postoperative imaging (X-ray/CT) to confirm cage and screw positioning
Early mobilization often permitted; external collar support optional based on patient condition
Rehabilitation focusing on neck stabilization; avoid excessive axial load for 6–12 weeks
Monitor fusion progress and adjacent segment behavior via clear radiolucent imaging
Routine follow-up at 3, 6, and 12 months to assess hardware integrity and fusion status
The Cervical PEEK Cage (2 Locking Screws) delivers a streamlined, zero-profile solution for ACDF procedures, combining fixation strength and fusion effectiveness without the need for anterior plating. With integrated screw anchorage, bone-mimicking PEEK material, and radiolucent imaging advantages, it meets modern clinical demands for effective, low-profile cervical stabilization. CE- and ISO-certified for consistent quality.
Two locking screws anchor the cage directly to adjacent vertebrae, resisting shear and rotational forces immediately after placement.
Yes—the zero-profile design avoids anterior plate prominence, reducing soft tissue compression and swallowing-related complications.
Yes—typically up to two levels at C3–C7. Beyond that, posterior augmentation may be advisable.
No—PEEK’s elastic modulus approximates bone, reducing endplate stress and subsidence compared to rigid metal cages.
Yes—PEEK is radiolucent, allowing graft and spinal canal visualization without metal artifact.
Our factory is equipped with over 60 advanced CNC machines operated by 100+ skilled technicians, a 300 m² GMP-compliant clean room, and a 10,000 m² production facility. We maintain a CNAS and ISO 17025 certified testing center, invest heavily in CNC turning technology, and utilize high-precision inspection systems including CMM, PP, and QV to ensure product quality and consistency.
We offer fast and reliable global shipping. Standard lead times range from 7 to 15 working days, depending on order quantity and customization requirements. Express delivery options are also available upon request.
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Yes, samples are available for evaluation. Please contact our sales team to request product samples and shipping arrangements.
Absolutely. We offer OEM/ODM services including custom packaging, branding, and product development tailored to your specifications.
