The K2M Product Portfolio includes industry-leading products which enable
surgeons to more effectively treat the world's most complex spinal disorders.
K2M will strive to provide the highest quality products and services with the ultimate
goal of improving the lives of surgical patients.
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.
3.5 mm diameter rod system that offers an all-inclusive answer for rigid posterior fixation of the cervico-thoracic regions of the spine. Based on our breakthrough, revolutionary 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 easy-to-use instrumentation.
Top-loading spinal system featuring off-axis screw height adjustment and offering a complete array of screws, rod connectors, and hooks, coupled with easy-to-use instrumentation. This comprehensive system is poised to address a wide range of complex spinal pathologies.
3.5 mm diameter rod system that offers an all-inclusive answer for rigid posterior fixation of the cervico-thoracic regions of the spine. This comprehensive system features a top-loading thoracic pedicle screw with low-volume and off-axis height adjustment, multiple hook and rod options, and a full complement of easy-to-use instrumentation.
Occipital fixation system that pairs with either MESA® Mini or DENALI® Mini, utilizing tifix® Locking Technology and providing an all-inclusive answer for rigid posterior fixation for the occipito-cervico-thoracic regions of the spine.
Innovative, low-volume, and ultra low-profile transverse connectors providing optimal torsional stabilization in the thoracolumbar spine. Offered in adjustable and semi-adjustable designs for use with MESA® and DENALI® pedicle screw systems.
Innovative, low-volume, and pre-assembled transverse connectors providing optimal torsional stabilization in the cervico-thoracic spine. Offered in an adjustable, easy to use design to work in concert with the DENALI® Mini and MESA® Mini Screw Systems.
Featuring a screw-based method of retraction that provides a fixed position to the anatomy. This simplified and flexible design allows for one-step, percutaneous placement of the screw and retractor, providing direct visualization and improved access for rod introduction.
A dual flat blade platform for a true muscle splitting transpsoas approach that offers rigid fixation to the spine and an option for both a third and fourth blade. K2M's lateral access system represents an innovative design departure from the tubular retractors, while providing tremendous adaptability to both patient anatomy and surgeon technique.
Designed to work in concert with the RAVINE® Lateral Access System, the latest addition to the K2M line of interbody fusion devices provides anterior column support, bridging the disc space, and includes a full line of instrumentation designed specifically for the far lateral transpsoas approach.
Offers innovative instrumentation that facilitates more efficient intraoperative use of the system, including the Anterior Insertion Ramp, which is designed for controlled insertion and distraction allowing the surgeon to insert the ALIF implant with precision and ease.
Low-profile, anterior staple system in combination with the revolutionary, ultra low-profile MESA® 360° Screw, expands the capabilities and features of the comprehensive RANGE® Complex Spine Technology to address complex pathologies of deformity, tumor, and trauma.
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.
3.5 mm diameter rod system that offers an all-inclusive answer for rigid posterior fixation of the cervico-thoracic regions of the spine. Based on our breakthrough, revolutionary 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 easy-to-use instrumentation.
Top-loading spinal system featuring off-axis screw height adjustment and offering a complete array of screws, rod connectors, and hooks, coupled with easy-to-use instrumentation. This comprehensive system is poised to address a wide range of complex spinal pathologies.
3.5 mm diameter rod system that offers an all-inclusive answer for rigid posterior fixation of the cervico-thoracic regions of the spine. This comprehensive system features a top-loading thoracic pedicle screw with low-volume and off-axis height adjustment, multiple hook and rod options, and a full complement of easy-to-use instrumentation.
Innovative, low-volume, and pre-assembled transverse connectors providing optimal torsional stabilization in the cervico-thoracic spine. Offered in an adjustable, easy to use design to work in concert with the DENALI® Mini and MESA® Mini Screw Systems.
The CAYMAN® Plate Systems provide a simplified solution to address fractures, tumors, and degenerative conditions in the anterior spinal column. Distinguished by the revolutionary tifix® Locking Technology, the CAYMAN Thoracolumbar Plates, Lumbar Plates, Sacral Plates, and Buttress Plates do not require any additional locking mechanism as each screw head forms an autogenic lock to the plate upon insertion.
The CAYMAN® Plate Systems provide a simplified solution to address fractures, tumors, and degenerative conditions in the anterior spinal column. Distinguished by the revolutionary tifix® Locking Technology, the CAYMAN Thoracolumbar Plates, Lumbar Plates, Sacral Plates, and Buttress Plates do not require any additional locking mechanism as each screw head forms an autogenic lock to the plate upon insertion.
Low-profile, anterior staple system in combination with the revolutionary, ultra low-profile MESA® 360° Screw, expands the capabilities and features of the comprehensive RANGE® Complex Spine Technology to address complex pathologies of deformity, tumor, and trauma.
Featuring a screw-based method of retraction that provides a fixed position to the anatomy. This simplified and flexible design allows for one-step, percutaneous placement of the screw and retractor, providing direct visualization and improved access for rod introduction.
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.
Top-loading polyaxial pedicle screw system featuring the ability to accommodate titanium and CoCr rods of two different diameters. The screw thread pitch is designed to maximize both osteoporotic and dense bone fixation. The mixed metal tulip is designed to minimize head splay and allows for an improved biomechanical construct.
Top-loading pedicle screw system with low-volume and uniquely shaped implants, featuring off-axis screw height adjustment, as well as state-of-the-art instrumentation, allowing for advanced distraction and reduction capabilities.
Innovative, low-volume, and ultra low-profile transverse connectors providing optimal torsional stabilization in the thoracolumbar spine. Offered in adjustable and semi-adjustable designs for use with MESA® and DENALI® pedicle screw systems.
Featuring a screw-based method of retraction that provides a fixed position to the anatomy. This simplified and flexible design allows for one-step, percutaneous placement of the screw and retractor, providing direct visualization and improved access for rod introduction.
Designed to be used with the SERENGETI® Minimally Invasive Retractor System, this intermuscular approach features a spine-based method of retraction and distraction. This simplified, low-profile design provides enhanced visualization and direct access to the intervertebral space for implant insertion.
A dual flat blade platform for a true muscle splitting transpsoas approach that offers rigid fixation to the spine and an option for both a third and fourth blade. K2M's lateral access system represents an innovative design departure from the tubular retractors, while providing tremendous adaptability to both patient anatomy and surgeon technique.
Designed to work in concert with the RAVINE® Lateral Access System, the latest addition to the K2M line of interbody fusion devices provides anterior column support, bridging the disc space, and includes a full line of instrumentation designed specifically for the far lateral transpsoas approach.
Full range of unique and anatomically designed PEEK interbodies for multiple spinal applications. The ALEUTIAN® AN Interbody System is available with a complete offering of instruments, including the unique AN Inserter, designed to allow for rotation of the interbody in-situ.
Full range of unique and anatomically designed PEEK Interbodies for oblique implant placement through a transforaminal-lumbar approach. Offers innovative instrumentation that facilitates more efficient intraoperative use of the system, including an inserter designed specifically for use with the TERRA NOVA® Minimally Invasive Access System.
Full range of unique and anatomically designed PEEK interbodies for multiple spinal applications. The ALEUTIAN® Posterior-Lumbar Interbody System is available with a complete offering of preparation and insertion instruments.
Full range of unique bulleted PEEK interbodies for posterior lumbar applications. Offers innovative instrumentation facilitating more efficient intraoperative use of the system, including the Adjustable Inserter, which allows for variable angulation of the implant from 0° to 55° in-situ, enabling the surgeon to insert the TLIF implant with precision and ease.
Offers innovative instrumentation that facilitates more efficient intraoperative use of the system, including the Adjustable Inserter, which allows for variable angulation of the implant from 10° to 60° in-situ, enabling the surgeon to insert the implant with precision and ease.
Offers innovative instrumentation that facilitates more efficient intraoperative use of the system, including the Anterior Insertion Ramp, which is designed for controlled insertion and distraction allowing the surgeon to insert the ALIF implant with precision and ease.
The CHESAPEAKE® Anterior-Lumbar Stabilization System is a multi-screw construct providing stability to the anterior column, while reducing the need for supplemental fixation in the lumbar spine. Featuring the revolutionary tifix® Locking Technology, the system exemplifies advances in new and innovative instrumentation and the technology required to achieve fusion.
The CAYMAN® Plate Systems provide a simplified solution to address fractures, tumors, and degenerative conditions in the anterior spinal column. Distinguished by the revolutionary tifix® Locking Technology, the CAYMAN Thoracolumbar Plates, Lumbar Plates, Sacral Plates, and Buttress Plates do not require any additional locking mechanism as each screw head forms an autogenic lock to the plate upon insertion.
The CAYMAN® Plate Systems provide a simplified solution to address fractures, tumors, and degenerative conditions in the anterior spinal column. Distinguished by the revolutionary tifix® Locking Technology, the CAYMAN Thoracolumbar Plates, Lumbar Plates, Sacral Plates, and Buttress Plates do not require any additional locking mechanism as each screw head forms an autogenic lock to the plate upon insertion.
The CAYMAN® Plate Systems provide a simplified solution to address fractures, tumors, and degenerative conditions in the anterior spinal column. Distinguished by the revolutionary tifix® Locking Technology, the CAYMAN Thoracolumbar Plates, Lumbar Plates, Sacral Plates, and Buttress Plates do not require any additional locking mechanism as each screw head forms an autogenic lock to the plate upon insertion.
Featuring a screw-based method of retraction that provides a fixed position to the anatomy. This simplified and flexible design allows for one-step, percutaneous placement of the screw and retractor, providing direct visualization and improved access for rod introduction.
An extension of the DENALI® Spinal System, this top-loading pedicle screw system features a low-volume screw housing design allowing for off-axis screw height adjustment and instrumentation for full rod reduction. These state of the art implants and instruments are cannulated for use with the SERENGETI® Minimally Invasive Retractor System.
A dual flat blade platform for a true muscle splitting transpsoas approach that offers rigid fixation to the spine and an option for both a third and fourth blade. K2M's lateral access system represents an innovative design departure from the tubular retractors, while providing tremendous adaptability to both patient anatomy and surgeon technique.
Designed to work in concert with the RAVINE® Lateral Access System, the latest addition to the K2M line of interbody fusion devices provides anterior column support, bridging the disc space, and includes a full line of instrumentation designed specifically for the far lateral transpsoas approach.
Designed to be used with the SERENGETI® Minimally Invasive Retractor System, this intermuscular approach features a spine-based method of retraction and distraction. This simplified, low-profile design provides enhanced visualization and direct access to the intervertebral space for implant insertion.
3.5 mm diameter rod system that offers an all-inclusive answer for rigid posterior fixation of the cervico-thoracic regions of the spine. Based on our breakthrough, revolutionary 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 easy-to-use instrumentation.
3.5 mm diameter rod system that offers an all-inclusive answer for rigid posterior fixation of the cervico-thoracic regions of the spine. This comprehensive system features a top-loading thoracic pedicle screw with low-volume and off-axis height adjustment, multiple hook and rod options, and a full complement of easy-to-use instrumentation.
Innovative, low-volume, and pre-assembled transverse connectors providing optimal torsional stabilization in the cervico-thoracic spine. Offered in an adjustable, easy to use design to work in concert with the DENALI® Mini and MESA® Mini Screw Systems.
Occipital fixation system that pairs with either MESA® Mini or DENALI® Mini, utilizing tifix® Locking Technology and providing an all-inclusive answer for rigid posterior fixation for the occipito-cervico-thoracic regions of the spine.
The CHESAPEAKE® Cervical-Ti Stabilization System is a multi-screw construct providing stability to the anterior column, while reducing the need for supplemental fixation in the cervical spine. Featuring the revolutionary tifix® Locking Technology, the system exemplifies advances in the new and innovative instrumentation and the technology required to achieve fusion.
Full range of unique and anatomically designed PEEK interbodies for cervical spinal applications. The ALEUTIAN® Cervical Interbody System is available with a complete offering of preparation and insertion instruments.
Designed by K2M and processed by LifeNet Health®,the VIKOS® Cervical Allograft System combines quality machined allograft with precision instrumentation. In addition to both cortical ring and cortical cancellous implant options in a large range of heights, VIKOS is available with a complete offering of preparation and insertion instruments.
The BLUE RIDGE™ Hybrid Cervical Plate System features a nitinol locking mechanism that engages seamlessly during screw insertion. With this locking technology, no additional locking step is required. Further, the system provides the flexibility to create constrained, semi-constrained, or hybrid screw constructs.
PYRENEES® Constrained, a low-profile cervical plate system, features the revolutionary tifix® Locking Technology. The system does not require an additional locking mechanism, as each screw head forms an autogenic lock to the plate upon insertion.
PYRENEES® Translational is characterized by a unidirectional ratchet mechanism at each level to allow for controlled settling of the patient’s anatomy. Featuring tifix® Locking Technology, the system does not require an additional locking mechanism as each screw head forms an autogenic lock to the plate upon insertion.
The CHESAPEAKE® Anterior-Lumbar Stabilization System is a multi-screw construct providing stability to the anterior column, while reducing the need for supplemental fixation in the lumbar spine. Featuring the revolutionary tifix® Locking Technology, the system exemplifies advances in new and innovative instrumentation and the technology required to achieve fusion.
The CHESAPEAKE® Cervical-Ti Stabilization System is a multi-screw construct providing stability to the anterior column, while reducing the need for supplemental fixation in the cervical spine. Featuring the revolutionary tifix® Locking Technology, the system exemplifies advances in the new and innovative instrumentation and the technology required to achieve fusion.
Full range of unique and anatomically designed PEEK interbodies for multiple spinal applications. The ALEUTIAN® AN Interbody System is available with a complete offering of instruments, including the unique AN Inserter, designed to allow for rotation of the interbody in-situ.
Full range of unique and anatomically designed PEEK Interbodies for oblique implant placement through a transforaminal-lumbar approach. Offers innovative instrumentation that facilitates more efficient intraoperative use of the system, including an inserter designed specifically for use with the TERRA NOVA® Minimally Invasive Access System.
Offers innovative instrumentation that facilitates more efficient intraoperative use of the system, including the Anterior Insertion Ramp, which is designed for controlled insertion and distraction allowing the surgeon to insert the ALIF implant with precision and ease.
Full range of unique and anatomically designed PEEK interbodies for cervical spinal applications. The ALEUTIAN® Cervical Interbody System is available with a complete offering of preparation and insertion instruments.
Designed to work in concert with the RAVINE® Lateral Access System, the latest addition to the K2M line of interbody fusion devices provides anterior column support, bridging the disc space, and includes a full line of instrumentation designed specifically for the far lateral transpsoas approach.
Full range of unique and anatomically designed PEEK interbodies for multiple spinal applications. The ALEUTIAN® Posterior-Lumbar Interbody System is available with a complete offering of preparation and insertion instruments.
Full range of unique bulleted PEEK interbodies for posterior lumbar applications. Offers innovative instrumentation facilitating more efficient intraoperative use of the system, including the Adjustable Inserter, which allows for variable angulation of the implant from 0° to 55° in-situ, enabling the surgeon to insert the TLIF implant with precision and ease.
Offers innovative instrumentation that facilitates more efficient intraoperative use of the system, including the Adjustable Inserter, which allows for variable angulation of the implant from 10° to 60° in-situ, enabling the surgeon to insert the implant with precision and ease.
Designed by K2M and processed by LifeNet Health®,the VIKOS® Cervical Allograft System combines quality machined allograft with precision instrumentation. In addition to both cortical ring and cortical cancellous implant options in a large range of heights, VIKOS is available with a complete offering of preparation and insertion instruments.
Designed by K2M and processed by LifeNet Health®,the VIKOS® Cervical Allograft System combines quality machined allograft with precision instrumentation. In addition to both cortical ring and cortical cancellous implant options in a large range of heights, VIKOS is available with a complete offering of preparation and insertion instruments.
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