Stryker surpassed one million Mesa Pedicle Screw implantations globally since the system’s launch in 2006. Stryker acquired the platform with its 2018 purchase of K2M.
Mesa Pedicle Screws provide a 60-degree range of motion, variability in the sagittal plane and a derotation capability provided by the monoaxial screws, and rod placement designed to eliminate screw height adjustment.
The Mesa Spinal Platform comprises top-loading, low-profile systems, including Mesa Deformity, Mesa 2 Deformity, Mesa Degenerative (pictured above), Mesa Mini, Mesa Rail and Mesa Small Stature.
Eric Major, President of Stryker Spine, said, “This extraordinary milestone demonstrates our ongoing commitment to advancing state-of-the-art solutions, like Mesa, which have helped surgeons produce positive outcomes in patients who present with many of the world’s most debilitating spinal pathologies.”
Stryker surpassed one million Mesa Pedicle Screw implantations globally since the system's launch in 2006. Stryker acquired the platform with its 2018 purchase of K2M.
Mesa Pedicle Screws provide a 60-degree range of motion, variability in the sagittal plane and a derotation capability provided by the monoaxial screws, and rod...
Stryker surpassed one million Mesa Pedicle Screw implantations globally since the system’s launch in 2006. Stryker acquired the platform with its 2018 purchase of K2M.
Mesa Pedicle Screws provide a 60-degree range of motion, variability in the sagittal plane and a derotation capability provided by the monoaxial screws, and rod placement designed to eliminate screw height adjustment.
The Mesa Spinal Platform comprises top-loading, low-profile systems, including Mesa Deformity, Mesa 2 Deformity, Mesa Degenerative (pictured above), Mesa Mini, Mesa Rail and Mesa Small Stature.
Eric Major, President of Stryker Spine, said, “This extraordinary milestone demonstrates our ongoing commitment to advancing state-of-the-art solutions, like Mesa, which have helped surgeons produce positive outcomes in patients who present with many of the world’s most debilitating spinal pathologies.”
You’ve reached your limit.
We’re glad you’re finding value in our content — and we’d love for you to keep going.
Subscribe now for unlimited access to orthopedic business intelligence.
Copy to clipboard 
