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Home > Spinal Hooks & Rods > Ultra-Resilient Internal Fixation Hook for Spinal Surgery Solutions
Ultra-Resilient Internal Fixation Hook for Spinal Surgery Solutions
Ultra-Resilient Internal Fixation Hook for Spinal Surgery Solutions
Ultra-Resilient Internal Fixation Hook for Spinal Surgery Solutions
Ultra-Resilient Internal Fixation Hook for Spinal Surgery Solutions
Ultra-Resilient Internal Fixation Hook for Spinal Surgery Solutions
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Ultra-Resilient Internal Fixation Hook for Spinal Surgery Solutions
Ultra-Resilient Internal Fixation Hook for Spinal Surgery Solutions
Ultra-Resilient Internal Fixation Hook for Spinal Surgery Solutions
Ultra-Resilient Internal Fixation Hook for Spinal Surgery Solutions
Ultra-Resilient Internal Fixation Hook for Spinal Surgery Solutions

Ultra-Resilient Internal Fixation Hook for Spinal Surgery Solutions

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Product Description

Basic Information
Model NO.1072101
ConditionNew
UsageFracture Fixation
Using SiteVertebra
TypeExternal Fixator
OriginChina
Product Description
The Thoracolumbar Posterior Pedicle Screw and Rod System (CoCrMo Alloy) consists of pedicle screws, rods, set screws, crosslinks, lateral connectors, hooks, and other accessories. This system is designed to restore spinal alignment, correct deformities, and provide immediate and long-term biomechanical stability following posterior thoracolumbar procedures.
By placing pedicle screws through the vertebral pedicles and connecting them with contoured rods and various components, the system allows for distraction, compression, derotation, and realignment maneuvers. The assembly forms a stable three-dimensional construct that supports load-sharing and facilitates spinal fusion.
Material Composition: Components are crafted from high-grade TC4 ELI titanium alloy, CoCrMo alloy (Co28Cr6Mo), and pure titanium (TA2G) for optimal performance.
Key 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.
Excellent fatigue and corrosion resistance for long-term implantation.
Superior biocompatibility with reduced imaging interference.
System modularity allows customized 3D constructs for complex spinal correction.
Spinal Surgery Solutions 1
Spinal Surgery Solutions 2
Specifications
Model Number Spec. (mm)
1072001 S
M
L
Professional Manufacturing
Manufacturing Excellence
A Professional Orthopedic Manufacturer You Can Trust

As a leading manufacturer of standardized orthopedic implants and instruments, we serve global distributors and importers with excellence. We offer a full product range covering trauma, spine, joints, sports medicine, and CMF — all supported by complete surgical instrument sets.
With in-house R&D, a certified lab, and modern production lines, we support scalable manufacturing. Our products are designed for low MOQ and fast turnaround, making them ideal for high-volume distribution.
Frequently Asked Questions
1. What materials are used in the pedicle screw system?
The system utilizes high-grade TC4 ELI titanium alloy, CoCrMo alloy (Co28Cr6Mo), and pure titanium (TA2G) to ensure superior biocompatibility and fatigue resistance.
2. Are the products certified for medical use?
Yes, the manufacturing processes hold EN ISO 13485 certification, ensuring stringent quality management and safety standards for medical devices.
3. Can you provide custom specifications for complex spinal cases?
Yes, the system's modularity allows for customized three-dimensional constructs. We also accommodate custom orders based on samples or specific technical requirements.
4. What is the typical lead time and shipping method?
We maintain stock for most catalogue items with regular production cycles. Shipping is usually handled via courier or postal services, depending on destination and package weight.
5. Is there a minimum order quantity (MOQ)?
Our standard minimum order value is US$1000. However, sample orders are available at cost for evaluation before committing to larger volumes.
6. How does the thread design benefit surgery?
The system features bone-specific thread designs that optimize anchoring strength and provide high pullout resistance across different vertebral densities.

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