Spinal Implants
SAIRAN Neck Screw and Rods
Features:
Made of titanium alloy with enhanced mechanical strength.
-Increases the rigidity of fixing bolts and rods against torsional and bending torques.
-Adjustable for different distances of two bolts and rods with two degrees of transverse
freedom and rotation around the vertical axis
Sairan Neck Hook
Features:
-Made of titanium alloy with enhanced mechanical strength.
-Increased biomechanical strength of screw-rod stabilization at both ends of fixation.
-Reduces stress concentration on pedicle screws.
-Screw-rod fixing system in the lowest row Stress distribution in the middle distances of
screw-rod fixing system, Where the pedicle screw is inserted.
-Increase the connection of the spine to the screw-rod fixation system in the middle
distances
Sairan neck cross link
Features:
-Made of titanium alloy with enhanced mechanical strength
-Rod 6 to 3.4 mm connection
-With the ability to transfer our power between the neck and chest fixations
Sairan Neck Chest Domino
Features:
-Made of titanium alloy with enhanced mechanical strength.
-Increasing the rigidity of fixing the bolt against the torsional and bending torques.
-Adjustable for different distances of the two columns of the bolt with two degrees of
transverse freedom and rotation around the vertical axis.
Sairan Occiptal plate
Features:
-Made of titanium alloy with enhanced mechanical strength.
-Increased biomechanical stability.
-Stabilization of neck-rod fixation in the treatment of injuries of vertebral rows C1 and
C2.
-Limiting the relative movement of the head and neck to promote fusion of the primary
cervical vertebrae.
Sairan Interlocked cage with pinned neck
Features:
-Made of PEEK polymer with internal compartment of bone graft
-Has the transverse teeth to connect with the surface layer of adjacent vertebrae
-Ability to detect the position of the cage in radiographs by pins which placed in the cage
-pins made of titanium alloy with enhanced mechanical strength in Anterior surgeries
-varies in size
Sairan Interlocked neck cage with license plate
Features:
-Made of PEEK polymer
-Has the inner bone graft
-housing with transverse teeth to connect with the surface layer of adjacent vertebrae
-Ability to detect the position of the cage in radiographs by screws and plates embedded
in the body of the vertebrae
– Titanium alloy bolts and plates with improved mechanical strength
Sairan Interlocked neck cage with the blade
Features:
-Made of PEEK polymer
-It has an internal bone graft chamber
-Has transverse teeth to connect with the surface layer of adjacent vertebrae
-Ability to detect the position of the cage in radiographs by the cage blade
-Blade made of titanium alloy with improved mechanical strength
-Anterior surgical placement
-Variety in size
Sairan Neck nut replacement
Features:
-Made of PEEK polymer.
-Has a bone chamber.
-inner chamber with multiple holes in the side wall for locking at height adjusted as well
as increasing the —integrity of the bone tissue formed inside and outside of the implant.
-with self-locking threads
Sairan Chest lumbar cross link
Features:
-Made of titanium alloy with enhanced mechanical strength.
-Increases the rigidity of bolt and rod.
-stabilization against torsional and bending torques.
-Adjustable for different distances of two bolt and rod columns with two degrees of
transverse freedom and rotation around the vertical axis
Sairan Chest screws and rods
Features:
-Made of titanium alloy with enhanced mechanical strength.
-Mono-axial pedicle screw to increase the stability of screw-rod stabilization fatigue
against physiological loads.
-Poly-axial pedicle screw with the ability to angle the screw body and the screw head, to
improve the placement of the deformed screw and rod in the anatomical stabilization of
damaged area in spine.
-Pedicle screw thread with enhanced win-win capability in the vertebrae.
-Pedicle screw thread with decreasing thread depth in connection with dense bone and
increasing thread depth in connection with sponge bone Rod with high mechanical
strength.
-Pedicle screws in different diameters and lengths are suitable for stabilizing the lumbar
and thoracic.
-vertebrae Anodizing (oxidation) of screw heads in different colors for different
diameters.
Sairan Dynamic rod
Features:
Made of titanium alloy with enhanced mechanical strength
-Has a universal joint at the lower end of the rod Flexibility in accordance with the
curvature of the spine
-High mechanical strength against physiological flexural and torsional loads
Sairan Universal screw
Features:
-Made of titanium alloy with enhanced mechanical strength.
-with two stage screw nut.
-with screw locking washer to the body of the screw.
-suitable for the treatment of spinal deviations.
-with the freedom of placement of polyaxial screws and static strength of the monoaxial
screw in fixing the spine in anatomical position.
Sairan Chest lumbar hook
Features:
-Made of titanium alloy with enhanced mechanical strength.
-Increased biomechanical strength of screw-rod stabilization at both ends of fixation.
-Reduces stress concentration on pedicle screws Screw-rod fixing system in the lowest
row.
-Stress distribution in the middle distances of screw-rod fixing system in rows Where the
pedicle screw is inserted.
-Increase the connection of the spine to the screw-rod fixation system in the middle
distances
Sairan Domino fixation of chest lumbar
Features:
Made of titanium alloy with enhanced mechanical strength
-Rod connection 6 to 6 mm
-With the ability to transfer our power between the neck and chest fixations
Sairan Lumbar intervertebral clamp
Features:
-Made of PEEK polymer
-It has an internal bone graft chamber
-Has transverse teeth to connect with the surface layer of adjacent vertebrae
-Ability to detect the position of the cage in radiographs by the pins placed in the cage
-The pins are made of titanium alloy with improved mechanical strength
-Posterior surgery placement
-varies in size
-Rounded corners on the front, for easy placement
Sairan Lumbar vertebrae replacement
Features:
-Made of PEEK polymer.
-It has an internal bone graft chamber.
-It has multiple holes in the side wall for locking at height adjusted as well as increasing
the integrity of the bone tissue formed inside and outside the implant.
-Has self-locking threads
