These additions to the VOLT portfolio are anatomically designed for two of the most commonly fractured bones.
A U.S. IDE study is comparing the Freedom Knee with a PEEK-OPTIMA femoral component to a controlled registry of the same system using traditional metal femoral components.
The modular, low-profile construct offers spine surgeons a flexible fixation solution for lateral and anterolateral lumbar fusion.
These additions to the VOLT portfolio are anatomically designed for two of the most commonly fractured bones.
A U.S. IDE study is comparing the Freedom Knee with a PEEK-OPTIMA femoral component to a controlled registry of the same system using traditional metal femoral components.
The modular, low-profile construct offers spine surgeons a flexible fixation solution for lateral and anterolateral lumbar fusion.
TrueLok Elevate features a patented design for use in the TBT procedure to provide a limb preservation treatment option for bony or soft tissue deformities or defects.
The GMReis Fibula Nail offers a solution for specific applications where a minimally invasive approach is critical.
The application will work in tandem with ChoiceSpine’s navigation-enabled instrumentation, like the Thunderbolt and Lancer pedicle screws.
OSSIOfiber 2.5mm Suture Anchors support a range of several procedures, including Brostrom repair for lateral ankle instability.
The DEXA-C system has been successfully used in more than 1,500 cervical spine procedures across the United States.
Patients implanted with the FlareHawk Interbody Fusion System may be safely scanned under the conditions outlined in the FlareHawk Instructions for Use.
The system offers a broad expansion range in height, width and now lordotic shape for the expandable spinal implant market.
The SiLO Sacroiliac Joint Fusion System, which includes the SiLO-TFX device, has been successfully used in over 2,500 procedures across the U.S.
Crafted from 3D-printed titanium alloy and fully HA-coated, the implant is offered as a standalone solution for posterior sacroiliac joint fusion.
ApolloHipX combines dynamic 3D preoperative planning with real-time intraoperative assessment from standard fluoroscopy to deliver a personalized surgical plan.
The instruments help control disc height during trialing/implantation, achieve precise chisel cuts to optimize implant positioning and readjust the implant, if necessary.
Avicenna.AI’s products are integrated into radiologists’ clinical workflow, automatically triggering and reporting algorithm results through the systems already in use.
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