MESA Locking Technology
Locking Technology
Breakthrough, revolutionary, top-loading, and low-profile spinal system featuring Zero-Torque Technology and 60° range of motion, while providing the surgeon the ability to one-step lock without torsional stress applied to the spine.
Features
Zero-torque technology
No profile above the rod
One-step final locking
60° range of motion
Controlled compression and distraction
Implant and instrument design facilitates full rod reduction capability
MESA
Mesa 2 Deformity
The next-generation Mesa 2 screws are top-loading, low-profile, and feature Zero-Torque Technology . The streamlined instrumentation is designed for efficiency and ease of use. This system is poised to address the most difficult correction maneuvers for complex spinal pathologies.
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Mesa Deformity
Top-loading, low-profile spinal system featuring Zero-Torque Technology and offering a variety of screw types, coupled with revolutionary instrumentation and poised to address the most difficult correction maneuvers for complex spinal pathologies.
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Mesa Degenerative
The revolutionary Mesa Degenerative Spinal System is a top-loading and low-profile spinal system featuring Zero-Torque Technology and 60° range of motion. The Mesa Cricket provides surgeons the ability to complete challenging correction maneuvers in all three anatomical planes, with the goal of achieving three-dimensional balance in patients.
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Mesa Mini
The Mesa Mini Spinal System is a Ø3.5 mm rod system offering a differentiated solution for rigid posterior fixation of the cervico-thoracic regions of the spine. Based on Mesa Zero-Torque Technology, this comprehensive system features a low-profile 90° range of motion thoracic screw, multiple hook and rod options, and a full complement of instrumentation that is designed for ease of use.
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Mesa Small Stature
The Mesa Small Stature Spinal System includes a top-loading, low-profile, next generation Mesa screw featuring Zero-Torque Technology, coupled with light ergonomic instrumentation. This system is poised to address the most difficult correction maneuvers in small stature patients.
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