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Interbody Fusion Cages ALIF 3D Printed Titanium Cage Bone InGrowth Technology®

Excellent Stability Additive manufacturing technology in combination with a unique geometrical implant design facilitates efficient and reliable primary and secondary fixation. The unique “net” structure provides strong primary fixation and eliminates the risk of implant migration. The elasticity modulus of the implant is similar to PEEK alternatives and close to natural bone characteristics, which is the key success factor of bone in-growth. Secondary fixation is supported by fast and effective osteointegration. Wide Variety of Dimensions The design concept of Alicudi, 3D printed ALIF...

lordosis angle Bone InGrowth Technology® The anatomically shaped Alicudi, 3D printed ALIF cage, has a unique net structure and a semi-open internal design, which allows a large volume of new bone colonisation. Both the pore size of the net structure and the surface roughness of the implant edges meet with the ideal dimensions to facilitate fast and effective osteointegration, as described in scientific publications. Elasticity of the 3D printed titanium geometry facilitates fast new bone formation and offers an excellent platform for Bone Ingrowth. When surgeons deem necessary to add an...

Product Reference Codes Footprint Size 32x22mm - Angle 5° Range of Heights [mm] 06, 08, 10, 12, 14 Footprint Size 32x22mm - Angle 8° Range of Heights [mm] 06, 08, 10, 12, 14 Footprint Size 32x22mm - Angle 14° Range of Heights [mm] 06, 08, 10, 12, 14 Footprint Size 36x24mm - Angle 5° Range of Heights [mm] 06, 08, 10, 12, 14 Footprint Size 36x24mm - Angle 8° Range of Heights [mm] 06, 08, 10, 12, 14 Footprint Size 36x24mm - Angle 14° Range of Heights [mm] 06, 08, 10, 12, 14 ** Choose preferred height and use it instead of the asterisks to get the final reference. Tsunami Medical S.r.l. Via XXV...