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Trauma
Biologics
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Spine
Imaging, Navigation, Robotics
Joint
MERC
Procedural Solutions
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Auditorium
Globus Medical is constantly pursuing improvement in the lives of patients with musculoskeletal disorders with the understanding that speed is critical because life cannot wait.
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Our comprehensive line of trauma products has been designed to treat a wide variety of fracture patterns and accommodates varying patient anatomies in the upper and lower extremities as well as hip and long bones. (US only)
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Clavicle Fracture System
Tibial Nail
Proximal Tibia Fracture System
The ANTHEM Proximal Tibia Fracture System is a comprehensive plating set designed for treatment of a variety of tibial plateau fractures.
ANTHEM Proximal Tibia Fracture System
®
Proximal Humerus Fracture System
Distal Radius Fracture System
The system features three styles of Lateral Proximal Tibia Plates, a Medial Locking Plate, and a Posteromedial Buttress Plate to address intra-articular and extra-articular fractures of the proximal tibia.
The AUTOBAHN Tibial Nailing System offers versatile implant solutions with innovative and unique instruments for multiple approaches.
AUTOBAHN Tibia Nail
The ANTHEM Distal Radius Fracture System is a comprehensive plating system designed to treat a variety of wrist fractures with anatomically contoured plates for intraoperative versatility.
ANTHEM Distal Radius Fracture System
The ANTHEM Clavicle Fracture System is a comprehensive system designed to treat a wide variety of clavicle fractures. The research-based plate design is engineered to fit the anatomical location where clavicle fractures commonly occur.
ANTHEM Clavicle Fracture System
The ANTHEM Proximal Humerus Fracture System features plates that incorporate polyaxial technology for intraoperative versatility and is designed to streamline procedural flow during fracture fixation.
ANTHEM Proximal Humerus Fracture System
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Our knee solutions enable surgeons to treat patients ranging from early intervention to total knee reconstruction to revision procedures.
Knee Reconstruction
Our joint replacement solutions efficiently seek to improve patient outcomes and satisfaction by providing surgeons with world-class implant systems, enabling technologies, and service. (US only)
A comprehensive portfolio of hip stems and acetabular components provide surgeons a range of clinically relevant designs with proven outcomes.
HIP Reconstruction
Joint Reconstruction
Knee
Hip
Surgeon Brochure
Globus Medical is focused on pioneering innovative regenerative solutions for patients with musculoskeletal disorders. Our comprehensive biologics portfolio includes advanced stem cell allografts, bioactive bone void fillers, demineralized bone matrices, and amniotic barrier products.
A Demineralized Bone Matrix (DBM) product that is composed of DBM and a temperature sensitive hydrogel, available with or without cancellous chips.
XEMPLIFI
XEMPLIFI DBM offers an osteoconductive scaffold with proven osteoinductive potential, providing the essential elements of bone regeneration.
Bioactive’s components are designed to recruit and signal osteoblasts that help promote bone formation.
SIGNIFY provides an osteoconductive matrix for new bone growth and contains activating chemistry that attracts and stimulates bone cells.
SIGNIFY
KINEX uses The Power of Bioactive Glass to help promote bone formation and healing in the posterolateral spine, pelvis and extremities.
KINEX and KINEX PLUS Bioactive’s components are designed to recruit and signal osteoblasts, promote early vascular development and bind proteins necessary for bone regeneration.
KINEX and KINEX PLUS
signify
HEDRON
By consistently designing and delivering the highest quality products, we seek to improve the quality of life in patients with complex spinal pathologies. With insight from clinical experts, we’ve created a portfolio that aims to achieve exactly that.
The CREO platform offers solutions for treating complex spinal deformities with numerous options from headless screw technology and side-loading screws to a variety of innovative instruments for any technique.
Deformity
Our growing portfolio of leading technological solutions offers a variety of options for deformity correction.
EXPANDABLE TECHNOLOGY: Start Small. Think Big.
With insight from clinical experts, we’ve created a portfolio that aims to achieve controlled height restoration, maximum fusion potential, sagittal realignment, minimized trauma, and optimal fit.
Expandable Technology
™
Anterior cervical solutions designed for a streamlined and efficient approach. Products range from access to interbody and plate fixation.
Anterior Cervical
Cervical Solutions
The Face of Fusion
HEDRON 3D printed titanium interbody spacers feature a biomimetic porous scaffold designed to promote bone formation onto and through the implant.
Thoracolumbar Solutions
Sacroiliac Joint Fixation
Vertebral Body Replacement
Designed to treat instabilities in the cervical spine through screws, rods, hooks, and laminoplasty fixation, our posterior cervical solutions include innovative instruments to ease procedural challenges.
Posterior Cervical
Built on more than 15 years of engineering experience, our posterior lumbar solutions are designed to restore sagittal alignment, increase disc height and, reduce impaction.
Posterior Lumbar
Our range of anterior lumbar solutions include interbody fusion spacers and specialized instruments designed to ease the challenges of this approach.
Anterior Lumbar
We have partnered with leading experts to advance MIS Lateral surgery to provide innovative devices that restore sagittal balance without compromising indirect decompression and disc height.
Lateral Lumbar
SI-LOK is the only sacroiliac joint fixation system on the market that can be inserted laterally or posteriorly in multiple orientations using one of three different workflows. The system is designed to provide the necessary tools to perform sacroiliac fusion using the surgeon's preferred technique.
Expandable and static vertebral body replacement solutions enable customization for complex cases that require anterior column support and restoration of sagittal balance.
Sable
CREO Threaded
CREO AMP
SI-LOK
Leverage the industry’s leading robotic navigation and implant technologies to transform multi-position procedures into single-stage, single-position lateral surgery with Excelsius Lateral 360.
Excelsius Lateral 360
Accuracy surveillance monitoring
ExcelsiusGPS is built to continually evolve and improve patient care. The surgeon can verify operative planning and receive real-time navigation feedback throughout the procedure.
ExcelsiusGPS
CREO MIS Stabilization System
Implant Technologies
The Power of Surgimap enables digital manipulation of patient imaging to establish precise alignment objectives before entering to the OR.
Surgimap
Force sensing technology
Next Generation Single-Position Lateral Surgery
ELSA Spacer
ELSA -ATP Spacer
RISE -L Spacer
MARS 3VL Retractor
MARS Lateral ALIF
CORBEL Lateral ALIF Spacer
Coming Soon!
Enabling Technologies
Globus Medical’s ExcelsiusGPS is a revolutionary robotic navigation platform. The system is designed to be intuitive and streamline the surgical workflow. Real-time tracking of instruments and implants, along with audible, visual, and tactile feedback, enables confidence throughout the procedure. Now, the best-in-class robotic navigation system advancing spine surgery just got better.
Interbody Solutions
Research
Cranial
ExcelsiusGPS Cranial Solutions Platform is a revolutionary robotic navigation system designed for cranial stereotactic procedures.
coming soon!
CRANIAL
Research Publications from current ExcelsiusGPS surgeons across the globe.
Surgery with ExcelsiusGPS has evolved from planning and placing pedicle screws to helping surgeons perform full robotically navigated TLIF and LLIF procedures from start to finish. Surgeons can now add navigated disc preparation, trialing, and interbody placement instruments with a rigid robotic arm-mounted retractor system to their workflows. ExcelsiusGPS Interbody Solutions allows for fine-tuned interbody planning through exceptional 3D visibility to help achieve desired implant size and placement prior to navigation. Visualizing the implant plan while navigating instruments and implants may help surgeons better achieve surgery goals and execute plans, level by level.
INTERBODY SOLUTIONS
Surgeon brochure
ExcelsiusGPS is a revolutionary robotic navigation platform. The system is designed to be intuitive and streamline the surgical workflow. Real-time tracking of instruments and implants, along with audible, visual, and tactile feedback, enables confidence throughout the procedure.
About ExcelsiusGPS
GMOAA08 - Jiang
GMOAA10 - Vardiman
GMOAA11 - Benech
GMOAA12 - Vaccaro
GMOAA13 - Vardiman
GMOAA14 - Huntsman
GMWPS15 - White Paper Summary
At MERC, we believe that concerted education and research programs led by clinicians, research staff, and fellows, builds upon the scientific and clinical knowledge base of musculoskeletal disorders, improving surgical care and quality of life for patients.
In keeping with the mission of MERC, staff members endeavor to maintain a multidisciplinary research center with core areas of research excellence across a broad spectrum of scientific disciplines.
MERC Research
One-on-One Learning
1:1 Surgical Instruction
MERC Education
Published Research
The MERC clinical research group collaborates with surgeons and clinical research coordinators to develop and conduct single or multicenter, prospective or retrospective, post-marketing research projects within the United States and in other countries.
MERC conducts clinical research studies of scientific merit and interest, to assess the safety and effectiveness of products or techniques used to treat patients with spinal disorders.
PUBLISHED RESEARCH
These include biomechanical testing, computational modeling, histology and histomorphometry, radiography, scanning electron microscopy and particle analysis, in vivo biological modeling, and clinical research.
Case Observation
Hands-on Cadaveric Learning
Practical Cadaveric Exercises
Topic-Based Didactic Breakouts
2:1 Surgeon-to-Faculty Ratio
Group Learning
Clinical research group members, in collaboration with surgeons and clinical site staff, define outcome measures and manage de-identified patient data.
See a list of
These include biomechanical testing, computational modeling, histology and histomorphometry, radiography, scanning electron microscopy and particle analysis, biological modeling, and clinical research.
Despite COVID-19 challenges, we continue our dedication to excellence in education and customer service. Therefore, we have moved many of our live workshops and cadaver labs to a virtual platform. Log in to see our featured webinars.
See a list of our upcoming webinars.
Upcoming Webinars
Webinars
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Globus Medical is committed to delivering an exceptional response for our customers. Speak with a Globus Medical representative by contacting
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