PRODORTH SPINE

Thoracolumbar Pedicular Screws PROXiphias™ ​Prodorth Pedicle Screws have a unique design with V-Shaped highly sharp threads, as well as a polished surface which results in succesful clinical outcomes with long-term stability. ​ Stronger connection with friction head screw feature More reliable tightening with the torx design of setscrew. Reverse angled thread design of setscrew Cutting flute design for facilitating initial insertion to bone Integratable with posterior cervical systems Improved features for use in deformity cases Strong tulip design to prevent head splay Colour-coded implants for easy identification and user-friendly instrumentation to streamline the procedure Titanium / Ti6Al4V (ASTM F 136) is used as raw materials for Prodorth pedicle screws and these are originated only from our reliable partners in USA

Posterior Cervical Pedicular Screws PROXiphias-C™ ​Prodorth Posterior Cervical System offers multiple screws, hooks, rods with hexagonal tips, transition rods, occipital plates and different type of connectors for a better match patient anatomy. ​ Friction head screw feature Five points of fixation on the occipital plate Self-tapping Screws for a proper and safe placement and are available in 3.5 mm & 4.0 mm diameters

PLIF Peek Cage PROCORB™ Standard PLIF Cage ​ Enhanced cage-inserter connection, designed to withstand rotational forces X-Ray markers for efficient visualization during implantation Toothed surface design to minimize the risk of migration Easy to introduce with sharp ended design Large fusion space Anatomical geometry Made of a combination of PEEK (ASTM F2026) which is a polymer based composite material and Ti6Al4V (ASTM F 136). PEEK material’s modulus of elasticity is similar to vertebral bodies and it gives radiolucent imaging

TLIF Peek Cage PRODOLPHIN™ Rotational Design Prodorth TLIF Cage has a unique placement procedure and it’s intended to restore the degenerative disc pathologies. Prodorth TLIF Cage is made of a combination of PEEK (ASTM F2026) which is a polymer based composite material and Ti6Al4V (ASTM F136). PEEK material’s modulus of elasticity is similar to vertebral bodies and it gives radiolucent imaging Circular toothed surface design to minimize the risk of migration Multiple footprint options for various surgical solutions Anatomical design The implantation process is performed by a single instrument Enhanced cage-inserter connection, designed to withstand rotational forces Prodorth TLIF Cage provides an uninterrupted guidance during operation. It has the capability of movement to both directions