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Spine (Thoracolumbar)
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Pioneer QUANTUM® Spinal Rodding System
The Quantum® Spinal Rod System comes complete with polyaxial and fixed pedicle screws, straight and bent rods and crosslinks. Easy to use instrumentation allows for distraction, compression, and high grade Spondylolisthesis reduction. (SFDA approval pending)
Key Features and Benefits
Camming cap design
Pivoting rod contact - anvil
Low profile
Consistent torque
Visual, tactile, hard stop
Flexible, intermediate locking
Visual & tactile confirmation
Mechanical stop
Indications
Degenerative Instability
Spinal Fixation
Congenital Instability
Tumor
Trauma
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Bonovo (BOI) ALPS Fixation System
Leading poly-axial fixation system. U-shaped top loading design allows for low profile and an easy to use one-step locking system. 360° polyaxial and 40° lateral design.
Key Features and Benefits
CT and MRI compatible
Self-tapping design
Blunt screw tip
Screw design allows better fixation, resists migration
Low profile
Suitable for patients of all ages
Indications
Spinal Deformity
Degenerative Instability
Trauma
Tumor
Tuberculosis
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Bonovo (BOI) Atlas Fixation System
The AF spinal fixation system is a general, all-purpose fracture reduction fixation device. It is composed of screws, angular blocks, transverse links and special purpose distraction and extending devices. The final configuration provides distraction, compression, axial rotation and anteroposterior correction of various deformities of the spine.
Key Features and Benefits
Top loading operation
Titanium alloy composition
Three-dimensional control
Streamlined final configuration
Indications
Spinal Fixation
Vertebral Fracture
Tumor
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Bonovo (BOI) IFix Fixation System
The IFix system is ideal for short procedures of up to three and four levels. Using a range of rods, plates, blocks, extensions, crosslinks, and connectors, stabilization for a variety of anatomical configurations is possible.
Key Features and Benefits
Top loading operation
Titanium alloy composition
Pre-bent plates
Universal block allows wide angulation for screw placement
Side rods secures wider rod-to-screw distance variability
Indications
Degenerative Instability
Spinal Fixation
Congenital Instability
Trauma
Tumor
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Bonovo (BOI) CSRS Spondylolisthesis Reduction System
The CSRS is designed to treat spondylolisthesis stage II and III. The system contains U-shaped screws, threaded transpedicular screws, and reduction rods to perform reduction with a minimal amount of hardware.
Key Features and Benefits
Top loading operation
Titanium alloy composition
Low profile
Streamlined final configuration
Indications
Single Segmental Degenerative Spondylolisthesis
Single Segmental Spinal Instability
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Bonovo (BOI) GREAT WALL Fixation System
A flagship model of Bonovo’s line. The Great Wall is designed for scoliosis and is suitable for children. Ease of rotation makes it easy for surgeons to use.
Key Features and Benefits
Low profile
Unique rotation method
Side loading
Indications
Scoliosis
Spinal Deformity
Tumor
Tuberculosis
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A-Spine Tri-Fix System
The Tri-Fix System is the ideal fixation device for short procedures of up to three and four levels.
Key Features and Benefits
Top loading operation
Titanium alloy composition
Pre-bent plates
Universal block allows wide angulation for screw placement
Side rod secures wider rod-to-screw distance variability
Indications
Degenerative Instability
Spinal Fixation
Congenital Instability
Trauma
Tumor
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A-Spine Tri-Fix SRS System
The system is designed to treat spondylolisthesis stage II and III where reduction is usually attempted. The case contains U-shaped screws, threaded transpedicular screws, and reduction rods to perform reduction with a minimal amount of hardware.
Key Features and Benefits
Top loading operation
Titanium alloy composition
Low profile
Streamlined final configuration
Indications
Single Segmental Degenerative Spondylolisthesis
Single Segmental Spinal Instability
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A-Spine Tri-Fix RF System
The Tri-fix RF System is a general, all-purpose fracture reduction fixation device. The system contains screws, angular blocks, transverse links and special purpose distraction and extending devices. The final configuration provides distraction, compression, axial rotation and anteroposterior correction of various deformities of the spine.
Key Features and Benefits
Top loading operation
Titanium alloy composition
Three-dimensional control
Streamlined final configuration
Indications
Spinal Fixation
Fracture
Tumor
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A-Spine CHINA GREAT WALL Fixation System
The Great Wall is designed for scoliosis and is suitable for children. Ease of rotation makes it easy for surgeons to use.
Key Features and Benefits
Low profile
Unique rotation method
Side loading
Indications
Scoliosis
Spinal Deformity
Tumor
Tuberculosis
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A-Spine Smartloc Polyaxial Fixation System
Smartloc polyaxial screw system provides the advantages of easy manipulation, easier assembly and versatility for multiple applications.
Key Features and Benefits
Monoaxial screw is specially designed for low profile fixation and with construct rigidity. It provides another solution to polyaxial screw in creating lumbar lordosis when demand for construct strength is significant
Monoaxial long arm screw allows for reduction of spondylolisthetic vertebrae without additional instruments
Polyaxial screw features angular freedom of 17º and provides easier assembly even under critical orientation
Polyaxial long arm design assists the rod and is easy to load. More user friendly to meet surgeon's needs
Indications
Spinal Deformity
Degenerative Instability
Trauma
Tumor
Tuberculosis
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A-Spine USA Plate System: Narrow Plate
The Universal Spinal Anterior (USA) Narrow Plate System provides anterior stabilization and fixation for unstable thoracic vertebrae. The Narrow Plate is made from titanium alloy, and used in the thoracic regions of the spine. The design resists pullout/pulloff by virtue of triangulation of screw to plate to screw. Mating threads in the round holes and the neck of self-locking screws constrain screw placement to 90º angle of plate to screw.
Key Features and Benefits
Low profile, top-loading
Thin, narrow plate design occupies minimal volume
Six holes give flexibility of placement
Lateral plate curvature across width is 15º
Unicortical penetration reduces potential for vascular injury
Indications
Trauma
Tumor
Tuberculosis
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A-Spine USA Plate System: Straight Plate
The Universal Spinal Anterior (USA) Straight Plate System provides anterior stabilization and fixation for unstable thoracolumbar vertebrae. A combination of Straight Plate, universal screws, self-locking screws, nuts and washers create a rigid, three-dimensional structure that resists pullout/pulloff. The Diamond-Lok Interconnect™ system gives the universal screw good rigidity at angulations up to six degrees from the plate hole axis.
Key Features and Benefits
Low profile, top-loading
Angulation of 6º max (from axis of plate hole) for flexible screw placement within vertebral body
Slotted hole permits placement variations
Lateral plate curvature of 21º across width
Unicortical penetration of screw
Indications
Trauma
Tumor
Tuberculosis
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Pioneer P-Plus™ Disc Spacer
P-Plus™ is designed for posterior approaches in the thoracolumbar spine. It offers a variety of lordotic PEEK spacer sizes.
Key Features and Benefits
Slim design and tapered end for an easy distract-then-rotate technique
Uniquely convex shape for optimal fit (contact) with endplates
Three lordosis options
The lordotic design aims to restore natural sagittal alignment
Radiographic markers
Three footprints
Indications
DDD
Spondylolisthesis
Lumbar Stenosis
Fusion procedure for Pseudo Arthritis
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Pioneer T-Plus™ Disc Spacer
T-Plus™ is a Vertebral Body Replacement System for transforaminal lumbar procedures. It is designed by spine surgeons for spine surgeons with three guiding principles: Ease of insertion; Consistent and proper implant placement for fusion; Intuitive verification of proper implant placement and size.
Key Features and Benefits
Bullet-shaped tip
Banana-shaped implant
Angled-teeth thread on superior and inferior surfaces
Large central apertures
Full-height radiographic pin markers
Angled inserter attachment
Multiple tamps
Indications
DDD
Spondylolisthesis
Stenosis
Fusion procedure for Pseudo Arthritis
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A-Spine PEEK Lumbar Disc Spacer
The elastic modulus of Vigor® Plus polymer may be adapted to closely match cortical bone. This characteristic significantly reduces the phenomenon of stress shielding, and promotes better bone fusion.
Key Features and Benefits
Convex anatomical shape matches vertebral endplates
Anti-migrate serration designs are for perfect stability within interbody space
Provides maximum space for bone graft
Promotes normal lumbar lordosis
Radiodense marker permits optimal postoperative follow-up
An extensive range of implants and comprehensive set of instruments adapts to all patient anatomies/situations
Indications
DDD
Spondylolisthesis
Lumbar Stenosis
Fusion procedure for Pseudo Arthritis
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A-Spine Vigor® Lumbar Disc Spacer (with grafting space)
Designed for posterior approaches in the thoracolumbar spine this disc spacer promotes superior stability.
Key Features and Benefits
Generous grafting space provides adequate space of sufficient graft volume for long-term stability
Reverse serration on top and bottom of spacer helps to stabilize the spacer from forward or backward migration
Rectangular spiral geometry balances the loading stress from the vertebral body to the spacer
Anatomic design on top and bottom of spacer restores normal lordotic curve. Aggressive curettage of the endplates is not required in achieving optimal endplate support
PORNET™ advantage creates accelerated in-growth of cancellous bone into the spacers
Lateral holes provides ease of radiographic evaluation of spacer positioning
Vertical beams at both lateral sides of spacer provide structural support against longitudinal stress for long-term safety
Indications
DDD
Spondylolisthesis
Lumbar Stenosis
Fusion procedure for Pseudo Arthritis
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A-Spine Vigor® Lumbar Disc Spacer (with vertical grooves)
Designed for posterior approaches in the thoracolumbar spine this disc spacer promotes superior stability.
Key Features and Benefits
Subtle micro-motion within the spacer by patented vertical grooves promotes fibrous in-growth in the spacer
Reverse serration on top and bottom of the spacers helps to stabilize the spacer from forward or backward migration
Rectangular spiral geometry balances the loading stress from the vertebral body to the spacer
Anatomic design on top and bottom of the spacer restores normal lordotic curve of the lumbar spine
Aggressive curettage of the endplates is not required in achieving optimal endplate support
PORNET™ advantage creates accelerated in-growth of cancellous bone in the spacers
Indications
DDD
Spondylolisthesis
Lumbar Stenosis
Fusion procedure for Pseudo Arthritis
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