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:
- TC4 ELI titanium alloy
- CoCrMo alloy (Co28Cr6Mo)
- Pure titanium (TA2G)
Frequently Asked Questions
What are the shipping methods and costs?
We typically utilize courier services for shipping, but we can also accommodate postal services upon your request. Shipping costs are determined by the destination, package size, and weight. We provide a detailed quote once we have your specific requirements.
Are your products certified with ISO 13485?
Yes, we hold the EN ISO 13485 certification, ensuring that our products meet the stringent requirements for safety and performance in the medical device industry.
What is the minimum order quantity (MOQ)?
Our standard minimum order value is US$1000. However, we offer sample orders at cost to allow potential clients to evaluate our products before committing to a larger order.
Can we order custom orthopedic products?
Yes, we accommodate custom orders. By providing pictures or samples of the desired product, we can work with you to create a similar item. Please note that custom orders may have longer lead times.
Do you maintain stock for listed products?
We maintain stock for most products listed in our catalogue with regular monthly production cycles. Stock levels vary based on demand, so please consult our team for real-time inventory information.
Why choose our solutions for spinal surgery?
Our systems are trusted by over 2,000 agents globally, offering superior fatigue resistance, biocompatibility, and modular designs that provide surgeons with maximum flexibility for complex spinal procedures.