Peek Rod Spinal System

Product Introduction

Lyntop Medical’s PEEK Rod Spinal Fixation System offers a revolutionary alternative to traditional metal rods for spinal fusion surgery. Made from PEEK (polyetheretherketone), a high-performance polymer, this innovative system delivers exceptional benefits for specific patient needs.

• Reduced weight for minimized stress on vulnerable bone structures.
• Enhanced flexibility for potentially smoother spinal movement.
• Exceptional biocompatibility for minimized risk of rejection.
• Lyntop Medical’s commitment to quality and innovation.

If you’re seeking a minimally invasive, patient-centric spinal fusion solution, consider Lyntop Medical’s PEEK Rod System. Consult your doctor to determine if this innovative technology is right for you.

Product Specification

We offer a range of rod sizes and configurations to cater to diverse anatomical needs.

What is the PEEK Rod Spinal System?

Imagine a spinal stabilization system that combines lightweight flexibility with exceptional strength. Lyntop Medical’s PEEK rods provide just that. They act as a bridge within the spine, connecting vertebrae and promoting fusion, but with a crucial difference: their biocompatible, semi-rigid nature mimics the natural movement of your spine better than traditional stiff metal rods.

When is PEEK Rod System Ideal?

• Patients with Osteoporosis: The lighter weight of PEEK rods reduces stress on weakened bones, potentially minimizing complications.
• Patients with Degenerative Disc Disease: PEEK’s flexibility allows for more natural motion between vertebrae, potentially reducing wear and tear on adjacent discs.
• Revision Surgeries: PEEK rods can be easily re-positioned or removed if needed, potentially simplifying revision procedures.

PEEK vs. Metal Rods Comparision

• Titanium and Cobalt Chrome Rods: Stronger but heavier, potentially adding stress to vertebrae and limiting spinal movement.
• Lyntop Medical’s PEEK Rods: Lighter and more flexible, offering improved biocompatibility and potentially mimicking natural spinal motion, enhancing comfort and long-term outcomes.