Nexxt Spine introduced the Stand Alone Cervical Turn Lock (TL) lumbar fusion system. The device incorporates the dual functionality of a cervical interbody and anterior plate with an integrated one-step turn lock.
Nexxt Spine titanium interbody devices are 3D laser-printed in-house using Nexxt Matrixx® technology. An engineered lattice that provides varying pore sizes from 300μ, 500μ and 700μ with a modulus of elasticity reportedly comparable to PEEK.
Multiple footprints of sterile packed interbodies accompany screw sizes for varying patient anatomy. A zero profile construct eliminates the need for traditional plate and screw fixation. The 90° one-step turn lock is designed to increase surgeon confidence and procedural efficiency.
ALIF and Lateral versions are slated for launch in 4Q20.
Nexxt Spine introduced the Stand Alone Cervical Turn Lock (TL) lumbar fusion system. The device incorporates the dual functionality of a cervical interbody and anterior plate with an integrated one-step turn lock.
Nexxt Spine titanium interbody devices are 3D laser-printed in-house using Nexxt Matrixx® technology. An engineered lattice that...
Nexxt Spine introduced the Stand Alone Cervical Turn Lock (TL) lumbar fusion system. The device incorporates the dual functionality of a cervical interbody and anterior plate with an integrated one-step turn lock.
Nexxt Spine titanium interbody devices are 3D laser-printed in-house using Nexxt Matrixx® technology. An engineered lattice that provides varying pore sizes from 300μ, 500μ and 700μ with a modulus of elasticity reportedly comparable to PEEK.
Multiple footprints of sterile packed interbodies accompany screw sizes for varying patient anatomy. A zero profile construct eliminates the need for traditional plate and screw fixation. The 90° one-step turn lock is designed to increase surgeon confidence and procedural efficiency.
ALIF and Lateral versions are slated for launch in 4Q20.
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