Training Example: Globus Medical – Review the Data, Give Your Score & Compare to the Real AI Evaluation

[H1] Life moves us.
We know that what we do today changes lives tomorrow. We actively listen to the needs of surgeons and patients, and we innovate with passion. We solve unmet clinical needs and deliver procedurally integrated solutions paired with leading-edge enabling technologies to improve patient care.
About Globus Medical
[H1] Life moves us.
We know that what we do today changes lives tomorrow. We actively listen to the needs of surgeons and patients, and we innovate with passion. We solve unmet clinical needs and deliver procedurally integrated solutions paired with leading-edge enabling technologies to improve patient care.
About Globus Medical
[IMG: Icon showing two people]
[H3] PATIENTS & CAREGIVERS
Find information on musculoskeletal conditions and treatment options that can help you make educated decisions alongside your care team.
Learn More
[IMG: Icon showing a doctor]
[H3] HEALTHCARE PROVIDERS
Discover our comprehensive portfolio of procedures and enabling technologies, clinical education programs, and additional resources for healthcare professionals.
Learn More
[IMG: Icon showing a hand holding a plant]
[H3] INVESTORS
Explore the latest news, financial, stock, and Company information for the investor community.
Learn More
[IMG: previous arrow]

Excelsius Technology
[H3] Featured Technology
[H2] Excelsius™ Technology
Excelsius™ Technology is an ecosystem of advanced technology designed to improve safety and care in the OR for patients and hospital staff. The intelligent features that define each of these platforms are designed to provide extraordinary care and change the way surgery is done.
Learn more
[IMG: Excelsius Technology devices]
TLIF
[H3] Featured Technology
[H2] TLIF
Our TLIF portfolio is designed to provide the ability to reproduce workflows from open to minimally invasive (MIS) approaches. Our comprehensive portfolio offers access paired with disc prep, a suite of interbody spacers designed for sagittal alignment and fusion, and versatile fixation systems and enabling technologies to accommodate various techniques.
Learn more
[IMG: CREO MIS with ALTERA]
XLIF
[H3] Featured Technology
[H2] XLIF™
Built on 20 years of procedural experience, XLIF™ continues to define the standard of care for minimally invasive spine surgery through its rote surgical technique and procedurally integrated portfolio of technologies.
Learn more
[IMG: Retractor]
Expandable Technology
[H3] Featured Technology
[H2] Expandable Technology
As pioneers of expandable technology and through continued insight from clinical experts, we have developed an industry-leading portfolio of expandable interbody spacers designed for use in a wide variety of interbody fusion procedures.
Learn more
[IMG: Expandable spacers]
Advanced Materials Science
[H3] Featured Technology
[H2] Advanced Materials Science™
Adhering to the three core principles of Advanced Materials Science™—surface, structure and imaging—we have pioneered design and manufacturing methods that combine the benefits of porosity with the advantageous material properties of PEEK and titanium.
Learn more
[IMG: Advanced Materials Science spacers]
Power Portfolio
[H3] Featured Technology
[H2] Power Portfolio
Our power portfolio drives efficiency at every level and helps safeguard critical and delicate patient anatomy through navigation and innovative technology. Verzera™ and DuraPro™ are engineered to seamlessly integrate with Excelsius™ Technology to streamline surgical workflows and address clinical challenges.
Learn more
[IMG: Globus power tools]
Precice
[H3] Featured Technology
[H2] Precice™
Precice™ is a proprietary magnetically adjustable technology for limb reconstruction that allows for real-time adjustment at the time of implantation and throughout the course of treatment to accommodate the clinical needs of patients as they heal and grow.
Learn more
[IMG: Precice]
Simplify
[H3] Featured Technology
[H2] Simplify™
Simplify™ Cervical Disc is designed to treat conditions associated with cervical disc degeneration while offering surgeons exceptional capabilities for cTDR across key performance functions—anatomy, physiologic motion, and radiologic design.
Learn more
[IMG: Simplify]

[IMG: next arrow]
[H2] Best-in-Class Surgeon Training
By using modern education principles, a highly personalized curriculum, and multi-modal learning pathways paired with leading-edge enabling technologies, the MERC team and its dedicated surgeon faculty provide an outstanding learning experience for surgeons and their staff around the globe.
Continue your education today
[IMG: Surgeons]
[H2] Who We Are
At Globus Medical, we move with a sense of urgency to deliver innovations to improve the quality of life of patients with musculoskeletal disorders. Every department, every team, and every employee is inspired by the needs of these patients, and the surgeons and healthcare providers who treat them.
LEARN ABOUT GLOBUS
[H2] Join Our Team!
We are seeking talented individuals across all areas of our organization to help develop, manufacture, distribute, and support innovative musculoskeletal device products. Whether in technical, operational, or corporate roles, our team members contribute to improving surgical practices and enhancing patient quality of life with creative solutions every day. We offer:
Competitive Pay
401(k) with Company Match
Paid Time Off
Comprehensive Health Coverage
Educational Assistance
Explore Globus Careers
[H3] Latest News

[H1] Regenerative Biologics

Globus Medical is focused on pioneering innovative regenerative solutions for patients with musculoskeletal disorders. Our comprehensive biologics portfolio includes cellular allografts, synthetic bone void fillers, demineralized bone products, amniotic barrier, graft delivery, and autologous biologic centrifuge technologies.

[H2] Cellular Allograft
Our cellular allografts contain viable cells including inherent stem cells and osteoprogenitor cells that are essential requirements for bone formation. Cellular products have many of the same characteristics as the gold standard of bone grafting, iliac crest bone graft, without the morbidity of autograft harvesting. The components of cellular allografts are intended to provide the three essential elements of bone formation: osteogenic cells, osteoconductive scaffold, and osteoinductive growth factors.
[IMG: Osteocel Pro]
[H4] Osteocel™ Pro
Osteocel™ Pro is a premier cellular allograft bone matrix designed to mimic the biological profile of autograft.
Learn more
[IMG: ViaCell]
[H4] ViaCell™ Viable Cell Allograft
ViaCell™ is a cellular allograft comprised of partially demineralized cortical fibers and cancellous chips and includes inherent stem cells and osteoprogenitor cells.
Learn more
[H2] Synthetic
Our synthetic biologics are optimized utilizing various technologies such as bovine collagen, bioglass, hydroxyapatite, and β-TCP to aid in bone formation while also delivering excellent handling properties.
[IMG: Kinex]
[H4] KINEX™ and KINEX™ PLUS Bioactive Bone Void Filler
The components of KINEX™ and KINEX™ PLUS Bioactive are designed to recruit and signal osteoblasts, help promote early vascular development, and bind proteins necessary for bone regeneration. KINEX™ uses The Power of Bioactive Glass™ to help promote bone formation and healing in the posterolateral spine*, pelvis, and extremities.
Learn more
*KINEX™ Strip, KINEX™ Plus Strip, KINEX™ Putty and KINEX™ Gel are not indicated for use in the spine.
[IMG: SIGNIFY]
[H4] SIGNIFY™ Bioactive Bone Void Filler*
The components of SIGNIFY™ Bioactive are designed to recruit and signal osteoblasts that help promote bone formation. SIGNIFY™ provides an osteoconductive matrix to allow for new bone growth and contains activating chemistry designed to attract and stimulate bone cells.
Learn more
*SIGNIFY™ Putty and Gel are not indicated for use in the spine.
[H4] Attrax™ Putty
Attrax™ Putty is a synthetic bone void filler designed to drive bone formation in the posterolateral spine, intervertebral disc space, and pelvis with a uniquely engineered bioactive and osteoconductive surface structure.
Learn more
[IMG: Attrax Scaffold]
[H4] Attrax™ Scaffold
Attrax™ Scaffold is a synthetic, osteoconductive, resorbable bone void filler for the repair of bony defects in the posterolateral spine, intervertebral disc space, or pelvis, consisting of tricalcium phosphate/hydroxyapatite granules pre-mixed with type I bovine collagen.
Learn more
[IMG: Formagraft]
[H4] Formagraft™ Collagen BoneGraft Matrix
Formagraft™ Collagen Bone Graft Matrix is designed to provide a highly absorbent, compression-resistant matrix. Comprised of purified type 1 collagen and biphasic (β-TCP/HAp) granules, Formagraft™ delivers excellent handling properties and a controlled degradation rate.1
[H2] DBM/Allograft
Our DBM/allograft biomaterials provide a natural osteoconductive scaffold composed of 100% allograft bone without any added synthetic carrier. Use of cancellous bone or bone fibers helps provide a unique architecture with high surface area for osteoconductivity.
[IMG: ViaSorb sponges]
[H4] ViaSorb™ Demineralized Cancellous Sponges
ViaSorb™ Cubes and Strips are demineralized cancellous sponges that provide a natural osteoconductive scaffold with unique compressive capabilities that facilitate packing into bony voids and within allograft spacers.
Learn more
[IMG: Ossifuse]
[H4] Ossifuse™ HSA Fiber Bone Graft
Ossifuse™ HSA Boats, Strips, and Putty are composed of 100% allograft bone without an added synthetic carrier. The demineralized cortical fibers in Ossifuse™ HSA have a unique architecture with a high surface area for cellular attachment and growth factor release.
Learn more
[IMG: Cancellous chips]
[H4] Cancellous Chips
Available as cancellous chips, crushed cancellous chips, cortical cancellous chips, and demineralized cancellous chips, traditional bone allograft is derived from donated human cadaveric tissue and serves as a scaffold for new bone formation.
[H2] Amniotic Membrane
Our dual layer amnion patch is processed from human placental tissue. The protective properties of amnion make it an ideal barrier to protect soft tissue from the surrounding environment.
[IMG: ViaShield]
[H4] ViaShield™ Dual Layer Amnion Patch
ViaShield™ is a chorion-free, dual layer amnion patch processed from human placental tissue. The placental tissue is derived from live healthy donors at childbirth. The protective properties of amnion make it an ideal barrier to protect soft tissue from the surrounding environment.
Learn more
[H2] Graft Delivery
Our graft delivery systems are designed for targeted delivery of graft materials in MIS applications. These systems allow for controlled delivery to streamline surgical workflow.
[IMG: InstaFill]
[H4] InstaFill™ Graft Delivery System
The InstaFill™ Graft Delivery System is designed to load and deliver synthetic bone graft, allograft, and autogenous bone graft quickly and efficiently.
Learn more
[IMG: Graft Delivery System]
[H4] Graft Delivery System™
The Graft Delivery System™ is designed specifically for the delivery of Osteocel™ grafts into the disc space in minimally disruptive MAS™ PLIF/TLIF procedures.
Learn more
[IMG: ALLOCATE]
[H4] ALLOCATE™ Cannula Kit
The ALLOCATE™ Cannula Kit provides instruments for consistent and controlled delivery of KINEX™ PLUS Bioactive Gel.
Learn more
[H2] Autologous PRP/BMAC™/Adipose
The Harvest™ SmartPrep™ Centrifuge System is a FDA-cleared autologous biologic spin-down device capable of preparing bone marrow aspirate concentrate (BMAC™), platelet-rich plasma (PRP), and adipose-derived cellular biologics (AdiPrep™) in a seamless single-button operation. The flexibility in treatment options offers the ability to choose a biologic solution based on patient needs.
[IMG: Harvest]
[H4] Harvest™ SmartPrep™ 3 System
The Harvest™ SmartPrep™ 3 System is an autologous biologic centrifuge platform that generates highly concentrated platelet-rich plasma (PRP), bone marrow aspirate concentrate (BMAC™), and adipose-derived (AdiPrep™) cellular biologics.
Learn more
Walsh R, Vizesi F, Cornwall G, et al. Posterolateral spinal fusion in a rabbit model using a collagen-mineral composite bone graft substitute. Eur Spine J. 2009;18(11):1610–1620.
[H2] See All Regenerative Biologics Products
Learn More

[H1] Power Portfolio

The Globus Medical Power Portfolio is engineered to seamlessly integrate with enabling technology to streamline surgical workflows and address clinical challenges.

[H2] Powering Efficiency. Powering Confidence.
From degenerative to complex deformity applications, our Power Portfolio drives efficiency at every level and helps to safeguard critical and delicate anatomy through navigation for enhanced visualization and through innovative technologies like the DuraPro™ Oscillating System, designed to remove bone without wrapping tissue.
[H5] Oscillating Technology
[H4] DuraPro™ Oscillating System
The DuraPro™ Oscillating System delivers procedural efficiency powered by innovative oscillating technology.
[H3] Oscillating Technology
Moving back and forth at a consistent speed, the oscillating mechanism is designed to efficiently remove bone without wrapping tissue and maintain critical trajectories without deviating from the starting point when drilling pilot holes. When used in combination with the system’s brush tip, the technology offers powered soft tissue removal for thorough discectomies.
[IMG: Target icon]
[H5] Tissue Sparing
Drill tip allows for rapid oscillation over the same small area, as opposed to traditional rotating drills, which helps to avoid wrapping soft tissue
[IMG: Hand icon]
[H5] Intuitive Feel
Engineered to perform bone removal with the familiar cutting motion of a standard drill
[IMG: Anti-skive icon]
[H5] Anti-Skiving
Drill tips are designed to maintain critical trajectories without deviating from the starting point
[H3] Delivering Procedural Efficiency
[H5] Three Options in One
Instruments for bone removal, disc removal, and pilot hole drilling
[H5] Time Saving
Powered attachment options allow surgeons to streamline instrument needs by offering a variety of interchangeable tips
[H5] Low-Temperature Cutting
Designed not to overheat with use or require irrigation for cooling
Learn more about DuraPro™

DuraPro
[IMG: Surgeon]
Tip
[IMG: DuraPro barrel attachment]
Tips
[IMG: DuraPro brush attachments]

[H5] High Speed Drill
[H4] Verzera™ Navigated High Speed Drill
The Verzera™ Navigated High Speed Drill is a navigated, modular, high speed drill system that is designed to streamline bone removal and pilot hole drilling during spine procedures.
[IMG: Scale icon]
[H5] Quiet, Elegant, and Balanced
Low vibration and noise are combined with a lightweight design to offer control and comfort
[IMG: ExcelsiusGPS arm icon]
[H5] Excelsius™ Integration
Designed to be used with ExcelsiusGPS™ and ExcelsiusHub™ navigation platforms
[IMG: Array icon]
[H5] Modular Array
Modular design allows for easy array attachment to support navigated or non-navigated cases
[H3] Delivering Control and Versatility
[H5] Powered Efficiency
Universal motor and wide range of attachments support many workflows to streamline procedures
[H5] High Speed Control
Touchscreen speed control up to 80,000rpm with customizable user profiles that can be easily recalled
[H5] Low Temperature
Designed to deliver excellent cutting performance while maintaining a low temperature
Learn more about Verzera™

Verzera
[IMG: Verzera]
Console
[IMG: Verzera components]
Tips
[IMG: Drill tips]

[H5] Battery Power System
[H4] Globus Power™
The Globus Power™ battery system is designed to optimize freehand and navigated surgical techniques through a comprehensive range of attachments.
The twin trigger handpiece allows for easy forward and reverse motion. The mode selector produces specified speed settings to optimize various surgical applications such as drilling, tapping, and driving screws. Unique modes include a low speed and high torque combination, tapping, and oscillating.
[H3] Delivering Control and Versatility
[H5] Intuitive and Ergonomic Design
Twin trigger handpiece and lightweight and ergonomic design offer comfort in the OR
[H5] Streamlined and Adjustable Workflow
Drill, tap, and drive screws under power with one system offering multiple attachments for diverse speed and torque ranges
[H5] Cordless Power
Sterilizable, lightweight batteries and handpiece are designed for surgeon comfort, convenient transport, and simple sterilization
[H5] Optimized for Robotic Navigation
Real-time visualization of powered instruments allows for constant depth feedback
[H5] Designed to Prevent Deflection
Initiate a pilot hole with anti-skive High Speed Drill bits for refined drilling and easy screw placement through the End Effector
Learn more about GLOBUS POWER™

Globus Power
[IMG: Globus Power]
Power with EGPS
[IMG: Globus Power with ExcelsiusGPS]
Connectors
[IMG: Globus Power connectors]

[H2] See All Power Portfolio Products
Learn More

Orthopedic Trauma
|
Upper Extremities

[H1] Upper Extremities

The Globus upper extremity portfolio offers solutions for the clavicle, shoulder, forearm, hand, and wrist through versatile plating options and intuitive instruments.
[H4] Clavicle
[H5] ANTHEM™ Clavicle Fracture System
The ANTHEM™ Clavicle Fracture System provides intraoperative versatility to treat a variety of clavicle fractures. A comprehensive instrument set featuring radiolucent retractors and innovative reduction clamps provides system efficiency and procedural ease. Each plate has a unique, research-driven design to anatomically fit where clavicle fractures most commonly occur.
[H6] Research-Driven Design
ANTHEM™ MIDSHAFT42™ plates feature a unique, research-driven design engineered to fit the anatomical location where clavicle fractures most commonly occur—centered at 42% of the overall clavicle length.1 The lateral shift in plate center improved simulated plate fit among a set of 166 clinical midshaft fracture regions.1
[IMG: ANTHEM Clavicle]
[IMG: ANTHEM Clavicle]
[H6] Enhanced Functionality
The positioning slot and screw allow multidirectional fine-tuning of plate position. Triangular suture holes allow for convenient suturing after securing the plate to bone.
[H6] Intuitive, Radiolucent Instruments
Radiolucent retractors aid in fracture-site visibility and may help reduce surgical time. Speed Lock Drill Guides lock to the plate at the nominal screw trajectory.
Learn More
[IMG: ANTHEM Clavicle Speed Lock Drill Guide]
[H4] Proximal Humerus
[H5] ANTHEM™ Proximal Humerus Fracture System
The ANTHEM™ Proximal Humerus Fracture System features polyaxial locking technology for intraoperative versatility and is designed to streamline procedural flow during fracture fixation.
[H6] Anatomic Contour
The low-profile plate is contoured to sit low to avoid acromial impingement. Polyaxial locking calcar screws are designed to provide ideal bone purchase following optimized plate placement to minimize the risk of varus collapse.
[IMG: ANTHEM Proximal Humerus fluoro]
[IMG: ANTHEM Proximal Humerus]
[H6] Multiple Calcar Solutions
The system features two polyaxial locking calcar screws that allow for a ±20° cone of angulation and one fixed angle calcar screw with an optimized shaft-head inclination angle. Cannulated screws are also available and allow for excellent plate placement.
[H6] Intuitive, Radiolucent Instruments
Radiolucent retractors aid in visibility of the fracture site and may help reduce surgical time.
Learn More
[IMG: ANTHEM Proximal Humerus instrument]
[H4] Elbow
[H5] ANTHEM™ Elbow Fracture System
The ANTHEM™ Elbow Fracture System is designed to offer surgeons anatomically contoured plates for a variety of distal humerus, proximal ulna, proximal radius and coronoid fractures, regardless of severity or complexity.
[H6] Comprehensive Elbow Solution
The ANTHEM™ Elbow Fracture System offers 14 families in both stainless steel and titanium – 8 distal humerus options, 3 proximal ulna options, 2 proximal radius options, and a coronoid plate.
[IMG: ANTHEM Elbow plates]
[IMG: ANTHEM Elbow plates]
[H6] Optimized Anatomic Fit
Anatomically tapered, contoured plates are designed for articular surfaces to help avoid joint impingement and irritation of soft tissue, while maintaining robust designs in diaphyseal regions.
[H6] Simplified Fracture Management
Screw trajectories are engineered to target areas of optimal bone purchase, minimize screw interference, and maximize screw density.
Learn More
[IMG: ANTHEM Elbow clamps]
[H4] Hand & Wrist
[H5] ANTHEM™ Distal Radius Fracture System
The ANTHEM™ Distal Radius Fracture System is a comprehensive fixation system designed to treat a wide variety of wrist fractures with anatomically contoured plates for intraoperative versatility. Polyaxial locking technology allows for ±20° of angulation (40° cone) in polyaxial volar, fragment-specific, and diaphyseal-metaphyseal plates. MonoAx™ locking technology enables a thin volar plate design to facilitate distal plate placement in the treatment of complex, intra-articular fractures. Innovative instruments allow for secure retraction and streamlined plate positioning, drilling, and screw insertion.
[H6] Comprehensive Plate Offering
The comprehensive system offers implants to address a wide variety of wrist fractures, in stainless steel or titanium alloy.
[IMG: ANTHEM Distal Radius]
[IMG: ANTHEM Distal Radius instruments]
[H6] Streamlined Instruments
One drill and driver streamline the procedure. The stabilizing Radiolucent Weitlaner is designed for secure retraction during the procedure. The Speed Lock Drill Guide is designed to quickly and rigidly attach to polyaxial plates without threading. Calibrated drill bits allow for streamlined procedural flow. MonoAx™ Threaded Drill Guides and K-Wire Sleeves help confirm screw trajectories prior to insertion in MonoAx™ plates.
[H6] Optimized Case Flow
The graphic case trays are designed for an optimized procedural flow. The modular graphic case design allows for customization based on surgeon preference and fracture pattern.
[H6] Positioning Slot and Screw
The system allows multidirectional fine-tuning of plate position, and accepts a 2.5mm Positioning Screw and 2.5mm Non-Locking Screw.
Learn More
[IMG: ANTHEM Distal Radius case]
[H5] Universal Technologies
[H4] Cannulated Screws
Our headed and headless cannulated screw systems are designed to address a variety of adult and pediatric applications and deliver operative versatility and efficiency through an expansive portfolio of thoughtfully designed implant options and instruments.
[H4] CAPTIVATE™ SOLA Headless Compression Screw System
The CAPTIVATE™ SOLA Headless Compression Screw System is a comprehensive cannulated headless screw system that features a differential thread pitch to address fracture repair, bone reconstruction, osteotomy, and arthrodesis procedures.
Learn More
[IMG: CAPTIVATE Headed screws]
[H4] CAPTIVATE™ Headed Cannulated Screw System
CAPTIVATE™ Headed Cannulated Screws deliver intraoperative versatility and efficiency through ample implant options and shared instruments for paired screw sizes. Each set provides paired screw sizes: 2.5/3.0mm, 3.5/4.0mm, 4.5/5.5mm, and 6.5/7.5mm. CAPTIVATE™ screws are suitable for treatment of a wide variety of adult and pediatric applications.
Learn More
[IMG: CAPTIVATE Headless]
[H4] CAPTIVATE™ Headless Compression Screw System
CAPTIVATE™ Headless Compression Screws are used for fracture repair, osteotomy fixation, joint fusion, and reconstruction throughout bony anatomy. The screws can be used independently or in conjunction with plate fixation and are offered in varying lengths and diameters.
Learn More
[H4] Fragment Fracture Systems
Our fragment fracture systems provide a comprehensive offering of plate styles and lengths, screw options and contouring instruments to accommodate varying anatomies and fracture patterns for upper and lower extremity trauma.
[IMG: ANTHEM Small Fragment plates]
[H4] ANTHEM™ Small Fragment Fracture System
The ANTHEM™ Small Fragment Fracture System offers numerous treatment options for upper and lower extremity trauma. The system features a comprehensive set of implants and instruments designed to improve fracture care. Multiple plate types are offered with screw lengths up to 100mm. Innovative instruments are designed to improve procedural flow. Radiolucent Hohmann and Weitlaner retractors are designed to enhance visibility of the fracture site. Versatile bending irons and clamps help to expedite plate contouring.
Learn More
[IMG: ANTHEM Mini Fragment]
[H4] ANTHEM™ Mini Fragment Fracture System
The ANTHEM™ Mini Fragment Fracture System provides intraoperative versatility to treat a variety of traumatic fractures. A comprehensive set featuring versatile implant options and innovative instruments offers system efficiency and procedural ease.
Learn More
[H2] See All Upper Extremities Products
Learn More
[H2] Prioritizing Clinical Education
Over the past 20 years, we have evolved our programs in partnership with our renowned faculty. We provide learning experiences spanning online educational resources to surgeon-led didactic courses with hands-on training, mentorship opportunities, and field-based training support.
Learn more about the program
Murthi et al. Where do midshaft clavicle fractures really occur? A novel fracture zone study [abstract]. In: 64th Annual Meeting of the Orthopedic Research Society; 2018 Mar 10-13; New Orleans, LA. Rosemont (IL).
Data on file