CE Certification Uncinate Process Cervical Spine Service – PSS-miss 5.5 Minimally Invasive Spine System – AND

Product Details

Integrated long tail nail design
More stable than extended casing
Convenient to plant sticks and tighten the top wire

Half-way double thread
Fixed stronger
Faster nail placement
Suitable for different bone types

Tail design
The tail can be broken off at the end the long tail
Prevent long tail deformation

Negative angle reverse thread
Reduce lateral stress
Increase vertical pressure and holding power

Thread start Blunt design
Can prevent wrong threading
Easy implantation process

Curved titanium rod
Pre-defined physiological curve
Reduce intraoperative bending

Single-axis Screw
Nail base can be rotated 360
Easy to penetrate the rod

Polyaxial Screw
Greater range of motion
Reduce nail head collision
More flexible structural installation

Medical Tips

What is minimally invasive pedicle screws?
Unlike traditional spinal surgery, which requires incisions up and down the middle of the back and muscle retraction, a minimally invasive procedure uses tiny cameras and smaller skin incisions. Surgeons are able to work precisely in smaller surgical fields.

Indications
Herniated disc.
Spinal stenosis (narrowing of the spinal canal)
Spinal deformities (like scoliosis)
Spinal instability.
Spondylolysis (a defect in a part of lower vertebrae)
Fractured vertebra.
Removal of a tumor in the spine.
Infection in the spine.

Benefit
Minimally invasive spine surgery uses small incisions, compared to large openings on the back and neck. As a result, the risk of infection is drastically reduced and blood loss is minor. Also, with limited intrusion there is little to no muscle damage that occurs.

Causes of Fractures
Spinal fractures may occur due to a variety of factors. The most common cause is related to trauma such as high velocity car accidents, fall from height, or high impact sports. Other causes may include pathologic fractures related to osteoporosis or cancer.