cosmicMIA is a screw-rod system that can be used for open and minimally invasive surgical procedures for posterior dynamic stabilization in the case of degenerative diseases of the thoracic to sacral (S1) spine.
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Looking for a screw-rod system for posterior dynamic stabilization of the thoracic to sacral (S1) spine to offer your patients a procedure tailored to their needs?
cosmicMIA is an implant system that can be used for open and minimally invasive surgical procedures for posterior dynamic surgical stabilization and fixation of the thoracic, lumbar and sacral (S1) spine.
For the patient, minimal invasiveness means reduced surgery trauma and reduced blood loss as well as a shorter surgery time1 than with rigid instrumentation.
Thanks to the non-fusion technique, some of the mobility is preserved in the instrumented segment, along with the patient’s intervertebral disc function.
The resulting dynamics cause the axial load sharing between the implant and the spine column. This means that the mobility in flexion and extension will be partially preserved. As a result, the overload of the implant is avoided as well. At the same time, often painful rotation and translation movements between the vertebrae are safely stabilized.
The microcrystalline surface and osteoconductive properties of Bonit® support the body’s own new bone formation in the region of the screw, and consequently a fast ingrowth.
Preserves some of the mobility in the instrumented segment, as well as the patient’s vertebral disc function.
Lower surgery trauma, lower blood loss and shorter surgery times.
The hinge joint between the screw head and the lower part of the screw creates a permanently movable connection between the screw and the rod.
The microcrystalline surface and osteoconductive properties of Bonit® support the body’s own bone formation.
Dynamic pedicle-based stabilization for lumbar degenerative mono- or bisegmental instability with cosmicMIA can have functional results similar to the standard of transforaminal lumbar fusion¹.
Thanks to the non-fusion technique offered by the cosmicMIA system, some of the mobility is preserved in the instrumented segment. The hinge concept enables the dynamization of the system. The hinge joint between the screw head and the lower part of the screw creates a permanently movable connection between the screw and the rod.
cosmicMIA may be applied by both open and minimally invasive techniques. Due to the less invasive nature of its application compared with rigid instrumentation, there is less blood loss and shorter surgery times for the patient. In turn, this reduces the costs for the institution (in Germany).1.
The microcrystalline surface and osteoconductive properties of Bonit® support the body’s own new bone formation in the region of the screw, and consequently a fast ingrowth.
The cosmicMIA screw is cannulated and has a conical core. The thread is self-cutting and coated with Bonit® (calcium phosphate). The dynamic instrumentation is enabled by the hinged joint between the threaded part and the screw head.
The cosmicMIA screw is available in diameters of 5.5, 6.5 and 7.5 mm. The screw length ranges from 30 to 55 mm, in increments of 5 mm.
The cosmicMIA screws are each delivered as a package unit with an inserted locking screw.
The cosmicMIA rod is available with a diameter of 6 mm. The rod lengths are available in 10 mm increments from 40 to 120 mm. There is also a 200 mm rod available.
The rods are equipped with laser marks to indicate the area within which the screw may be fixed to the rod.
The system includes screwdrivers for minimally invasive surgery and open approach, as well as various dilators and sleeves.
Sterile packed implants
Due to the less invasive nature of its application compared to fusion surgery, the surgery time is reduced, resulting in lower costs for your institution.1
when using dynamic stabilization with cosmicMIA.
Contact us to find out how you can achieve clinical results comparable to fusion procedures when using cosmicMIA for dynamic stabilization.
DYNORFUSE study
Dynamic pedicle-based stabilization with ccosmicMIA can have functional results similar to lumbar fusion1.
Meyer B, Thomé C, Vajkoczy P, Kehl V, Dodel R, Ringel F, for the DYNORFUSE Study Group. Lumbar dynamic pedicle-based stabilization versus fusion in degenerative disease: a multicenter, double-blind, prospective, randomized controlled trial. J Neurosurg Spine. 2022
Rienmüller AC, Krieg SM, Schmidt FA, Meyer EL, Meyer B, Reoperation rates and risk factors for revision 4 years after dynamic stabilization of the lumbar spine. The Spine Journal 19 (2019) 113-120
Maleci A, Sambale RD, Schiavone M, Lamp F, Özer F, Von Strempel A, Eng, D, Nonfusion stabilization of the degenerative lumbar spine, J Neurosurg: Spine / May 13, 2011
"Made in Germany"
We build on our company headquarters and location in Ulm, where we develop and manufacture. This is true literally, because we are continually investing here – not only in our infrastructure, but also in the people who make the company what it is.
Quality
We develop and manufacture under one roof. This allows us to work hand in hand and in close proximity when it comes to optimizing products and processes. We ensure the high quality of our products and services by means of efficient quality management.
Over 110 years of experience
Since 1912, we have continuously set milestones in the innovation, quality and safety of our medical devices. This is something we are proud of! But we don’t rest on our laurels. Instead, we are constantly developing our medical technology products.
Ability to deliver
You can rely on a stable, predictable and safe procedure with our medical technology products. As your long-term partner, we have invested in our manufacturing capacities in Germany and expanded our product portfolio with high-performance cooperation partners.
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