SIGNUS’ JASPIS® ST device was used in its first surgical case in Australia. For additional fixation, the surgeon used the ASCOT® cervical plating system.
The JASPIS Structural Titanium cervical cage, manufactured additively, originates from the RABEA cervical cage design, which received the world’s first CE Mark approval for a plane-parallel fusion cage in 1996. The titanium grid structure imitates the architecture of natural cancellous bone to optimize fusion. The open implant design allows the cage to be packed with natural or synthetic bone graft substitute, such as KAINOS® Inject. A large surface area maximizes contact with the vertebral body and reduces the risk of subsidence.
All implants are offered in individual sterile packaging.
SIGNUS' JASPIS® ST device was used in its first surgical case in Australia. For additional fixation, the surgeon used the ASCOT® cervical plating system.
The JASPIS Structural Titanium cervical cage, manufactured additively, originates from the RABEA cervical cage design, which received the world's first CE Mark approval for a...
SIGNUS’ JASPIS® ST device was used in its first surgical case in Australia. For additional fixation, the surgeon used the ASCOT® cervical plating system.
The JASPIS Structural Titanium cervical cage, manufactured additively, originates from the RABEA cervical cage design, which received the world’s first CE Mark approval for a plane-parallel fusion cage in 1996. The titanium grid structure imitates the architecture of natural cancellous bone to optimize fusion. The open implant design allows the cage to be packed with natural or synthetic bone graft substitute, such as KAINOS® Inject. A large surface area maximizes contact with the vertebral body and reduces the risk of subsidence.
All implants are offered in individual sterile packaging.
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