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Home > Spinal Hooks & Rods > Precision Offset Lamina Hook Forlumbosacral Fusion Surgery
Precision Offset Lamina Hook Forlumbosacral Fusion Surgery
Precision Offset Lamina Hook Forlumbosacral Fusion Surgery
Precision Offset Lamina Hook Forlumbosacral Fusion Surgery
Precision Offset Lamina Hook Forlumbosacral Fusion Surgery
Precision Offset Lamina Hook Forlumbosacral Fusion Surgery
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Precision Offset Lamina Hook Forlumbosacral Fusion Surgery
Precision Offset Lamina Hook Forlumbosacral Fusion Surgery
Precision Offset Lamina Hook Forlumbosacral Fusion Surgery
Precision Offset Lamina Hook Forlumbosacral Fusion Surgery
Precision Offset Lamina Hook Forlumbosacral Fusion Surgery

Precision Offset Lamina Hook Forlumbosacral Fusion Surgery

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Product Description

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Basic Information

Model NO.
1072601
Condition
New
Usage
Fracture Fixation
Using Site
Vertebra
Type
External Fixator
Package
Box
Origin
China
P

Product Description

The Thoracolumbar Posterior Pedicle Screw and Rod System consists of high-quality components including pedicle screws, rods, set screws, crosslinks, lateral connectors, and hooks. This system is engineered to restore spinal alignment, correct deformities, and provide both immediate and long-term biomechanical stability following posterior thoracolumbar procedures.

By placing pedicle screws through the vertebral pedicles and connecting them with contoured rods, the system facilitates essential surgical maneuvers such as distraction, compression, derotation, and realignment. The resulting stable three-dimensional construct supports load-sharing and promotes successful spinal fusion.

Material Composition: Components are manufactured from TC4 ELI titanium alloy, CoCrMo alloy (Co28Cr6Mo), and pure titanium (TA2G) for optimal performance.

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Core Advantages

  • Tailored solutions for diverse pathologies and patient anatomies.
  • Enhanced correction maintenance, minimizing angle loss postoperatively.
  • Bone-specific thread designs optimize anchoring strength and pullout resistance.
  • Variety of screw and set screw options for maximum surgical flexibility.
  • Excellent fatigue and corrosion resistance, suitable for long-term implantation.
  • Superior biocompatibility with reduced imaging interference.
  • System modularity allows customized constructs for complex spinal deformity correction.
Precision Offset Lamina Hook
Lumbosacral Fusion Surgery Component
S

Specifications

Model Number Specification (mm)
1072401 S
M
M

Professional Manufacturing

Orthopedic Manufacturing

Professional Orthopedic Manufacturer You Can Trust

As a leading manufacturer of standardized orthopedic implants and instruments, we serve global distributors with a full range of products covering trauma, spine, joints, sports medicine, and CMF.

Our facility features in-house R&D, a certified laboratory, and modern production lines. We focus on reliable, scalable manufacturing with low MOQ and fast turnaround to support high-volume distribution and private label needs.

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Frequently Asked Questions

Are your products certified with ISO 13485?
Yes, our company holds the EN ISO 13485 certification. This ensures that our medical devices meet the most stringent global requirements for safety, quality, and regulatory compliance.
What shipping methods do you use and what are the costs?
We typically use professional courier services for global shipping, though postal services can be arranged upon request. Costs are calculated based on destination, package weight, and dimensions.
What is the minimum order requirement?
Our standard minimum order value is US$1000. However, we offer sample orders at cost to allow potential clients to evaluate our products before making a larger commitment.
Do you maintain stock for catalog items?
We maintain a consistent stock for most listed products with regular monthly production cycles. Please check with our team for real-time inventory levels based on current demand.
Can you produce custom products not listed in the catalog?
Yes, we accommodate custom OEM/ODM orders. By providing samples or detailed pictures, we can work with you to develop specific items, though lead times may be longer for custom production.
What materials are used in the spinal fixation systems?
Our systems primarily utilize TC4 ELI titanium alloy, CoCrMo alloy (Co28Cr6Mo), and pure titanium (TA2G), ensuring excellent fatigue resistance and biocompatibility.

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