Intervertebral disc replacement

Implaspin  Accelerated osseointegration  Excellent primary stability  High-strength Characteristics Osseoconductive implants, developed by the LASAK company, represent a new generation of biomaterials to replace bone tissue. The main characteristics of these implants are the excellent mechanical and significant osteoconductive properties of their surface, which enable faster and better healing of the implant. The implant is manufactured from pure titanium with a chemically treated surface or from Invibio PEEK-OPTIMA™ HA Enhanced with a roughened osseoconductive surface. The osseoconductive...

Implaspin Application The insertion of the implant is performed with a set of three specially designed instruments. The IMPLASPIN instruments enable the insertion of the implant with minimum damage to the surrounding bone tissue in the vertebral area. The replacement of the lumbar spinal intervertebral disc is achieved by the chosen insertion method: through the spinal canal (PLIF method) or the foramen (TLIF method). The replacement of the cervical intervertebral disc is inserted to the intervertebral space trough the anterior (ACIF method). Very important funcion of the replacement is that...

Cervical intervertebral discs Specification Material Height (mm) Width (mm) Length (mm) Ref. No. H5/WI3/LI3/3° Titanium 5 13 13 7004.05 Lumbar intervertebral discs Specification Material Height (mm) Width (mm) Length (mm) Ref. No. H8/L20/0° Titanium 8 8 20 7001.08 Instruments Name Fastening screw Insertion tool body Fastening screw Insertion tool body Handle and fixation screw Fastening screw Insertion tool body Final insertion tool Insertion tool body Specification ACIF ACIF PLIF PLIF PLIF TLIF TLIF TLIF PLIF/PEEK INVIBIO™ and PEEK-OPTIMA™ are trade marks...