SIGNUS Medizintechnik announced FDA clearance of the CYLOX ST cage and plate system.
The ST-line by SIGNUS focuses on improved osseointegration in spinal surgery. Intervertebral fusion implants made of structured titanium (ST) create all of the conditions which are essential for successful osseointegration.
Additive manufactured spinal implants offer an open, macroporous titanium design resembling natural cancellous bone architecture, promoting both bone-on growth and bone-in growth.
CYLOX ST was developed for anterior cervical discectomy fusion. This innovative device offers surgeons a wide variety of options: to implant the cage with integrated screws, as a cage and plate combination or even in combination with one of our cervical plates, ASCOT or TOSCA. CYLOX ST cages are available in various designs, footprints, heights and angles to enable adaptation to different patient anatomies.
SIGNUS Medizintechnik announced FDA clearance of the CYLOX ST cage and plate system.
The ST-line by SIGNUS focuses on improved osseointegration in spinal surgery. Intervertebral fusion implants made of structured titanium (ST) create all of the conditions which are essential for successful osseointegration.
Additive manufactured spinal...
SIGNUS Medizintechnik announced FDA clearance of the CYLOX ST cage and plate system.
The ST-line by SIGNUS focuses on improved osseointegration in spinal surgery. Intervertebral fusion implants made of structured titanium (ST) create all of the conditions which are essential for successful osseointegration.
Additive manufactured spinal implants offer an open, macroporous titanium design resembling natural cancellous bone architecture, promoting both bone-on growth and bone-in growth.
CYLOX ST was developed for anterior cervical discectomy fusion. This innovative device offers surgeons a wide variety of options: to implant the cage with integrated screws, as a cage and plate combination or even in combination with one of our cervical plates, ASCOT or TOSCA. CYLOX ST cages are available in various designs, footprints, heights and angles to enable adaptation to different patient anatomies.
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