Interbody fusion cages

ATEC’s IdentiTi Cervical Porous Ti Interbody Implants are designed to provide the biological, biomechanical, and imaging characteristics that surgeons seek in a fusion construct. The subtractive process ...

... safety of their use. Large spaces inside the cage allow for application of autologous bone graft or bone substitute. The asymmetrical serrations prevent the cage migration and the cooperating with the ...

Cervical cage with 3° or 6° lordosis. Suitable for initial procedures and revisions with the use of anchoring screws. The use of the associated anchoring screws allows 3-4 mm less profile compared to cage-plate ...

... cervical cage and plate; Reduce the risk of post-op dysphagia; Decrease the incidence of adjacent segments degeneration; Curved and wedge shape cage; Three length size locking screw; Variable implant ...

... imbalance from advanced disc degeneration. Offering 20-degree and 30-degree hyperlordotic footprints, the SETx Hyperlordotic cages give surgeons the ability to restore natural lumbar lordosis of 50 to 60 degrees without ...

... cervical spine Self-retaining teeth for gripping the end plates and resisting expulsion Wide grafting space to enhance bone fusion Sterile packaging for cases reducing sterilization burden and the possibility of infection

SOURIRE Cervical interbody fusion system The PEEK cervical cage “Sourire” by its anatomical form and its tripod oriented pins makes possible a simple positioning and an optimal primary stability

... spine Contents of the system : – PM CAGE® interbody fusion cages Specifications The 16 sizes of implants and the lordotic profile of the cages allow ...

Original Triangle Design to Maintain Stable, Solid and Reliable Fixation Result The stress distribution after the longitudinal load The stress distribution after Lateral loading Efficient and Simple Assembly, 3 Steps to Complete ...

The CL5 Cervical interbody provides a full range of PEEK cages for cervical application with an elegant and ergonomic instrument set. PRODUCT FEATURES Large graft window (up to .68cc graft volume capacity) Strategically ...

Porous Metal Bone Implant Material - Intervertebral Fusion Cage • The 3D ACT Intervertebral fusion cage solves the disadvantages of traditional PEEK materials. Made of ...

Cambria™ NanoMetalene® implant is designed to be your cervical interbody solution. It combines the surface benefits of titanium with the mechanical properties of PEEK and the anatomical design of the Cambria implant. KEY ...

PEEK VERTEBRAL SPACER FOR LUMBAR SPINE 1000-000 7 - 8 mm 1001-000 8 - 9 mm 1002-000 7 mm 1003-000 8 mm 1004-000 9 mm 1005-000 10 mm 1006-000 11 mm 1007-000 12 mm

6 sizes from 5 to 10mm high 2 widths available: 14.5mm and 17mm PEEK : Poly-ether-ketone-ketone + radiopaque tantalum) Preservation of the arthodesis disc heights.Materials similar to the bones elasticity.

Excellent radiolucency modulus of elasticity closer to bone than titanium large bone graft windows and radiopaque markers Macro, micro, and nano-surface structure Hydrophilic Porous titanium microstructure increases surface area ...

The IBS-TITAN® cage family was designed as an innovative implant system with unique features for special requirements. Development of the system included analyzing all relevant medical and scientific problems of spinal ...

Vusion® OS The Vusion OS system is designed for versatility and procedural efficiency in posterior lumbar fusions. The system offers intuitive inserter options to accommodate different preferences and techniques while ...

Anterior Cervical Fusion PEEK-OPTIMA® and medical titanium alloy Toothed surface 0°/5° Lordosis The RABEA® disc replacement implant was developed for the specific requirements of anterior cervical vertebral fusion ...

BTC is a unique and comprehensive curved designed cage system for the lumbar interbody fusion using the transforaminal approach.The use of the BTC cage system is indicated ...

... providing adequate placement of a bone graft; – Titanium locator pins for evaluating the placement of the device for interbody fusion; – Self-performing biomaterial; – Elasticity model close to the ...

... Superior & inferior serration design, enhance the postoperative stability. 3.Larger bone contacting surface to facilitate bone fusion. 4.6° lordosis, tightening fitting, conform to physiological lordosis.

Solid one piece cortical spacer designed to provide biomechanical strength for spinal fusion inter-body and discectomy procedures Strength: Cortical Construction Stability: Textured surface area to ...

... Load Sharing Concept The cage’s slits are designed to enhance physiological compression load. This concept is intended to distribute axial load through the cage in order to stress the graft, creating ...

Cervical interbody implant BMD Titanium ACIF implant ® is an implantable device of different footprints designed for interbody-fusion in the cervical spine. - Designed to provide mechanical ...

The Ackermann c|spine is an interbody PEEK or Titanium cage system with our without ridge, designed for anterior fusion of the cervical spine. Highest biocompatibility is ensured due ...