SIGNUS Medizintechnik was granted FDA 510(k) clearance to market its TETRIS ST and TETRIS R ST PLIF cages, which are made from structured titanium (ST). Following the success of the TLIF cages WOMBAT ST and MOBIS ST, the ST titanium structure is now available for PLIF access.
The SIGNUS ST structure features an open, macroporous titanium design resembling natural cancellous bone architecture, promoting both bone-on growth and bone-ingrowth.
TETRIS ST features a flattened apex and a self-distracting design that allows implantation without the removal of the posterior vertebral body edges. TETRIS R ST offers an additional rotational technique with a tapered rotational edge, enabling a straightforward, low-impact interbody rotation.
Both cages are equipped with the SIGNUS toothed cage design, providing secure anchoring in the bone with high primary stability, which reduces the risk of implant migration.
SIGNUS Medizintechnik was granted FDA 510(k) clearance to market its TETRIS ST and TETRIS R ST PLIF cages, which are made from structured titanium (ST). Following the success of the TLIF cages WOMBAT ST and MOBIS ST, the ST titanium structure is now available for PLIF access.
The SIGNUS ST structure features an open, macroporous titanium...
SIGNUS Medizintechnik was granted FDA 510(k) clearance to market its TETRIS ST and TETRIS R ST PLIF cages, which are made from structured titanium (ST). Following the success of the TLIF cages WOMBAT ST and MOBIS ST, the ST titanium structure is now available for PLIF access.
The SIGNUS ST structure features an open, macroporous titanium design resembling natural cancellous bone architecture, promoting both bone-on growth and bone-ingrowth.
TETRIS ST features a flattened apex and a self-distracting design that allows implantation without the removal of the posterior vertebral body edges. TETRIS R ST offers an additional rotational technique with a tapered rotational edge, enabling a straightforward, low-impact interbody rotation.
Both cages are equipped with the SIGNUS toothed cage design, providing secure anchoring in the bone with high primary stability, which reduces the risk of implant migration.
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