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The Occipital Plate-I is engineered to support reliable and efficient occipitocervical fixation by offering a low-profile design with robust fixation points. It includes multiple screw hole options for bone purchase optimization, ensuring adaptable and stable anchorage at the occipital bone. Its compatibility with cervical rod systems makes it a key component in comprehensive posterior cervical constructs.
3051-0101
TOOLMED
TC4
1 Pcs
5-15 Days
/
Product Description
Low-profile design to reduce soft tissue irritation
Multiple screw hole configurations to maximize fixation flexibility
Contoured shape conforms to occipital anatomy
Compatible with 3.5mm rods and posterior cervical constructs
High-grade titanium alloy (Ti6Al4V) for strength and biocompatibility
Allows direct connection to lateral mass or cervical pedicle screw systems
Clear anatomical markers for intuitive orientation and positioning
Designed for ease of surgical access and implant handling
Occipitocervical instability due to trauma or tumor
Congenital malformations requiring cranio-cervical fusion
Degenerative spinal disease with instability at the occipitocervical junction
Revision of failed prior fusion or instrumentation
Rheumatoid arthritis or other inflammatory arthropathies affecting cranio-cervical integrity
| P/N | Product Name | Size | Material | Sterile | Uint |
| 2051-0101 | Occipital Plate-IOccipital Plate-I | 32MM | TC4 | N | EA |
| 2051-0102 | 37MM | TC4 | N | EA |
The Occipital Plate-I is a specially contoured spinal implant used in occipitocervical fusion surgeries. It serves as an anchoring point on the occipital bone, forming the cranial component of a posterior cervical fixation system. Designed for rigid and stable posterior fusion, the plate integrates with 3.5mm rods to bridge the occiput and the cervical spine.
The Occipital Plate-I is indicated for use in:
Posterior cranio-cervical stabilization
Trauma reconstruction after fractures at the craniovertebral junction
Tumor resection requiring occipitocervical stability
Pediatric spinal deformity correction involving cranial fixation
Complex spinal revision surgeries where upper cervical fusion is necessary
Enhanced anatomical conformity to minimize soft tissue disruption
Multiple screw options for variable bone purchase
Direct compatibility with common rod-to-screw systems
Versatile usage across multiple indications including trauma, deformity, and tumor cases
Easy-to-handle design simplifies intraoperative positioning and reduces surgical time
The occipital plate plays a crucial biomechanical role in distributing the mechanical loads between the head and cervical spine. Its screw holes provide multidirectional anchorage, enabling rigid fixation at the cranio-cervical junction. When coupled with appropriate cervical instrumentation, the plate ensures effective load-sharing and prevents micro-motion at the fusion site, essential for successful bone healing and fusion consolidation.
A midline posterior approach is made to expose the occiput and upper cervical vertebrae.
The plate is positioned over the occipital squama, and appropriate screw holes are selected based on bone quality and available anatomy.
Self-tapping or pre-drilled locking screws are inserted into the occiput to secure the plate.
3.5mm rods are then contoured and connected from the occipital plate to the cervical screw anchors (e.g., lateral mass or pedicle screws).
Compression across the fusion site is applied if needed, followed by rod locking using set screws.
Final tightening is done per manufacturer torque recommendations to ensure construct stability.
Following implantation, proper postoperative care is essential to ensure healing and prevent complications:
Routine postoperative imaging (X-ray or CT) is performed to verify implant positioning and spinal alignment.
Cervical collar or halo vest may be recommended for additional external support, especially in cases of poor bone quality.
Wound care and infection monitoring are critical during the early healing phase.
Regular follow-up is scheduled to assess fusion progress and neurologic recovery.
Physiotherapy may be introduced progressively based on fusion integrity and patient status.
The Occipital Plate-I offers surgeons a dependable, anatomically adapted solution for cranio-cervical stabilization. With its robust design, versatile fixation points, and compatibility with 3.5mm cervical rod systems, it supports precise and secure fusion, meeting the high demands of complex occipitocervical procedures.
It is designed to work with both locking and non-locking screws for versatile fixation options, enhancing adaptability during surgery.
Yes, the plate integrates with 3.5mm pre-contoured rods commonly used in posterior cervical systems.
Yes, especially in pediatric trauma or deformity correction when cranio-cervical stability is required, though proper size selection and screw length adjustment are essential.
It comes pre-contoured to match standard occipital anatomy but allows minor adjustments to suit patient-specific needs.
The multi-hole design allows for optimal screw distribution and the titanium alloy provides excellent mechanical strength under flexion, extension, and rotational stresses.
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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We accept a variety of payment options, including T/T (bank transfer), L/C, and PayPal for smaller orders. Payment terms can be discussed based on order volume and partnership agreements.
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.
