Guangzhou, China | October 31, 2025 The 138th Canton Fair officially opened today, and WEGO Medical made a strong impression right from the start. At
Spinal Fixation System
Premier
Indicated for skeletally mature patients with thoracolumbar degeneration, fractures, deformities (scoliosis, kyphosis), spinal stenosis, spinal tumors, or failed spinal fusion.
Previous
Next
Premier ™
Premier System Combination
The Premier™ Thoracolumbar Posterior Internal Fixation System is an advanced spinal fixation system developed through more than ten years of clinical expertise and technological refinement. As a next-generation Modular Spinal Fixation System, it provides spine surgeons with versatile, safe, and efficient solutions for complex procedures.
Designed for thoracolumbar stabilization, the system is suitable for skeletally mature patients requiring surgical correction in the T2–S2 segments. Whether dealing with thoracolumbar degeneration, fractures, tumors, or deformities, this spinal fixation device ensures optimized fixation depth, low-notch screw design, and high-strength performance, offering long-term surgical stability.
Features
- Comprehensive Modular Design: As a Modular Spinal Fixation System, it offers multiple specifications and configurations to meet diverse surgical needs.
- High Strength & Stability: Advanced materials provide reliable long-term outcomes, making it a trusted spinal fixation systemfor thoracolumbar stabilization.
- Low-Notch Screw Design: Reduces tissue damage, enhances patient comfort, and improves recovery outcomes.
- Optimized Fixation Depth: Strengthens the bone-screw interface, minimizing the risk of loosening.
- Ergonomic Surgical Instruments: Support precise handling, streamlining surgical procedures.
- Wide Clinical Indications: The spinal fixation device is effective in treating degenerative diseases, fractures, spinal deformities, spondylolisthesis, pseudoarthrosis, and failed fusion revisions.
- The maximum swing Angle of sagittal plane is 40°
Specifications
Specification
| Code | Material | Size |
| 08.311.01.801260001 | Titanium alloy | 6.0×28-31 |
| 08.311.01.801260002 | Titanium alloy | 6.0×30-35 |
| 08.311.01.801260003 | Titanium alloy | 6.0×35-44 |
Documents
Product Details
certificate
News
Read More »
In 2015, our colleagues had the opportunity to travel to Kenya. What they witnessed there left an unforgettable mark. During a visit to a local
From the moment blood is collected, every step in its handling, storage, and delivery must be controlled with extreme caution. The core of ensuring
WEGO Medical successfully participated in Tecnosalud Peru 2025, the leading healthcare exhibition in Latin America. This event gathered medical professionals, distributors, and healthcare providers to
Related products
Related accessories
What is spinal fixation?
Spinal fixation is a surgical technique that uses implants such as screws, rods, or plates to stabilize the spine. It helps hold the spine in the correct position while bones heal or fuse together.
Types of Spinal Fixation Devices
Common spinal fixation devices include:
- Pedicle screw and rod systems – the most widely used for stability.
- Plates – often used in cervical spine surgery.
- Hooks or wires – less common, used in certain cases.
- Modular systems – customizable devices for complex conditions.
Indications for Spinal Fixation
Spinal fixation is indicated for skeletally mature patients with thoracolumbar degeneration, fractures, deformities (scoliosis, kyphosis), spinal stenosis, spinal tumors, spondylolisthesis, pseudoarthrosis, or failed spinal fusion.
What is L4 L5 fixation?
L4 L5 fixation is a surgery where implants are placed between the fourth and fifth lumbar vertebrae to stabilize that part of the lower back. It is often done for disc herniation, instability, or spondylolisthesis.
What is the difference between spinal fusion and fixation?
Spinal fixation uses devices (screws, rods, plates) to hold the spine stable.
Spinal fusion is the biological process where two or more vertebrae grow together into one solid bone.
Fixation supports fusion by keeping the spine stable during healing.
