- Intervertebral
Stand Alone Cervical Cage System
Integrate a hollow PEEK cage with a titanium screw locking mechanism, can be safely applied to more than one level
- Cervical
Posterios Cervical Spinal Fixation System
Provides immobilization and stabilization of spinal segments as an adjunct to fusion
- Thoracolumbar
Titanium Plasma Coated Screw Spinal Fixation System
Provides osteosynthesis and long-term stability, rigid, rapid and effective fusion
- Trabecular
Trabecular Titanium Cervical Cage
Porous nature of Terracotta Trabecular Titanium Cages mimics cancellous bone, real osseointegration improves long term stability
- Corpectomy
Expandable Anterior Cervical Corpectomy Cage
Implanted easily and safely between the adjacent end plates of the vertebral bodies
- Dynamic Stabilization
Hera Dynamic Rod
Allows both dynamic and rigid fixation, compatible with all 5,5 mm and 6 mm rod systems, simple and easy application
- Interspinous
Interspinous Fixator Spinal Fixation System
Developed to aid in the stabilization of the spine. Has simple and easy application
- Vertebroplasty Kyphoplasty
Vertebroplasty Kit
Safer practices with special cement specific to vertebroplasty. Allows to get a biopsy, has safe surgical procedures
Expandable Titanium Lumbar Interbody Cage
- Less subsidence in osteoporotic conditions
- One-step implantation – no trial implants required
- Less risk for nerve roots and neural structures
- Expansion mode indication by the inserter
- Torque regulation of the contact pressure on the end plates
- Highest primary stability after expansion Can be filled after expansion
- Excellent osteointegration due to its titanium architecture
- Shorter operative time
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Description
Description
Expandable Titanium Lumbar Interbody Cage, Less subsidence in osteoporotic conditions, One-step implantation – no trial implants required.
Other Features Of Expandable Titanium Lumbar Interbody Cage
- Less subsidence in osteoporotic conditions
- One-step implantation – no trial implants required
- Less risk for nerve roots and neural structures
- Expansion mode indication by the inserter
- Torque regulation of the contact pressure on the end plates
- Highest primary stability after expansion Can be filled after expansion
- Excellent osteointegration due to its titanium architecture
- Shorter operative time
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