Does the interfacing angle between pedicle screws and support rods affect clinical outcomes after posterior thoracolumbar fusion? A retrospective clinical study.

By |2023-11-08T12:27:57+00:00September 17th, 2023|

New approaches to proven technology: Force control posterior thoracolumbar fusion with an innovative pedicle screw system

Do reduction and tightening of the screw-rod construct affect pedicle screw anchorage? Abstract published in European Spine J, and presented at the DWG 2022 – the 17th German Spine Society Congress

By |2022-12-13T00:19:10+00:00November 23rd, 2022|

Do reduction and tightening of the screw-rod construct affect pedicle screw anchorage? Abstract published in European Spine J, and presented at the DWG 2022 – the 17th German Spine Society Congress Download PDF READ ABSTRACT ONLINE

Evaluation of the reduction, tightening and gripping performance of an innovative set screw technology for instrumented posterior lumbar fusion: A biomechanical study

By |2023-11-08T11:41:46+00:00April 23rd, 2021|

Surgical operations on the spine require up to 450 screws of different types and sizes, and a variety of instruments filling more than a dozen chests. Founded in Cully in 2013, Neo Medical has developed a new tool kit box for surgeons that includes only 14 modular implant screws and five instruments.

Misaligned spinal rods can induce high internal forces consistent with those observed to cause screw pullout and disc degeneration

By |2023-11-08T11:39:13+00:00October 12th, 2020|

Surgical operations on the spine require up to 450 screws of different types and sizes, and a variety of instruments filling more than a dozen chests. Founded in Cully in 2013, Neo Medical has developed a new tool kit box for surgeons that includes only 14 modular implant screws and five instruments.

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