Deformity
Globus Medical’s comprehensive deformity portfolio offers powerful fixation solutions and seamlessly integrated enabling technologies designed to address diverse patient anatomies and tackle even the most challenging clinical scenarios from the occiput to the pelvis. These solutions are crafted with a focus on surgical longevity and intraoperative confidence.
Powerful Spine Solutions From the Occiput to the Pelvis
Osteopenia
Poor bone quality is often observed in elderly patients and may present unique clinical challenges. To address this surgical challenge, we offer a variety of HA-coated screws, cortical-cancellous thread-optimized screws, Bendini™ rod contouring to minimize the amount of force needed to stabilize the spine, and navigation-enabled screw placement to maximize the ability to implant larger diameter screws.
Rod Manipulation
Correcting the spine by bringing the spine and a contoured rod together presents one of the most challenging, variable, and time-consuming aspects of deformity surgery. We offer more reproducible and efficient rod manipulation through innovative instrument solutions for both Reline™ and CREO™ systems.
Distributed Loading
There is a risk of postoperative implant-related complications if the loads in a long construct are not properly distributed, commonly observed in the proximal end of the construct where kyphosis occurs. Our portfolio includes posterior banding for use above the upper instrumented levels, hooks that can be implanted at the proximal end of constructs for non-rigid stabilization, tapered rods, as well as rod-to-rod connectors paired with the appropriate rod diameter and material modulation.
Derotation
Axial correction is often needed to address the three-dimensional nature of deformity in adolescent patients but may also be required in adults. We offer powerful vertebral body derotation solutions for Reline™ and CREO™ systems.
Intraoperative Versatility
Preservation of soft tissue, visibility, and varying patient anatomy present unique challenges in long-construct deformity procedures. Our Reline™ and CREO™ systems provide flexibility in the surgical approach and construct strength through a comprehensive offering of rod diameters and materials, robust connectors for satellite rod techniques, and seamlessly integrated open and minimally invasive options that allow for hybrid constructs.
Operative Confidence and Longevity
Intraoperative flexibility, surgeon fatigue, and exposure to radiation are key considerations when selecting a complex fixation system. Our human-centric engineering approach aims to maximize surgical longevity by reducing energy expenditure and radiation exposure associated with long-construct deformity procedures. This approach is designed to deliver the confidence that the surgeon has the solutions they need to address clinical challenges and provide excellent care to the patients they treat.
Cervical Fixation
Cervical Fixation Systems
Our posterior cervical fixation solutions are designed to treat instabilities in the occipito-cervico-thoracic spine through screws, rods, and connectors, as well as innovative instruments for an enhanced procedural experience.
Reline™ Cervical
Reline™ Cervical is designed to achieve surgical goals through thoughtful implant design, an expansive junctional offering, operative efficiency, and instruments that balance elegance and capability.
QUARTEX™
The QUARTEX™ Occipito-Cervico-Thoracic (OCT) Stabilization System offers a variety of solutions to the challenges associated with posterior OCT fusion to aid in easy construct assembly. With a comprehensive range of instruments, including threaded drivers and streamlined reduction tools, installation of implants is swift and simple in the midst of complex pathologies.
QUARTEX™ MIS
QUARTEX™ MIS is a low-profile posterior fixation system with towers designed to allow for percutaneous screw insertion and rod passage to help minimize the disruption, devascularization, and detachment of musculature and stabilizing structures in the posterior cervical and upper thoracic regions. Integrated with our advanced ExcelsiusGPS™ technology, QUARTEX™ MIS is designed for accurate screw placement using a minimally invasive technique.
Thoracolumbar Fixation
Reline™ Systems
The Reline™ portfolio provides various fixation solutions from occiput to pelvis to accommodate varying patient anatomies and ages while offering a wide array of surgical approaches. By leveraging different aspects of the portfolio in a single workflow, the portfolio allows for significant patient, surgeon, and hospital benefits.
Reline™ MAS™
Reline™ MAS™ is a minimally invasive fixation system designed for reliable implant performance, procedural versatility, and simplified surgical workflow.
Reline™ Open
Reline™ Open is designed to offer the unimpeded access and maximized visibility of an open approach with our versatile instrumentation.
Reline™ 3D
Reline™ 3D is a posterior fixation system that unifies traditional deformity techniques into one efficient and holistic procedure.
Reline™ VBD
Reline™ 3D with Reline™ VBD offers an evolution of instrumentation that seamlessly integrates translation and derotation steps for powerful axial correction.
Reline™ Fenestrated
Reline™ Fenestrated is designed to streamline workflow and deliver intraoperative efficiency with the security of cement delivery in mind.*
* When used in conjunction with High V+ Bone Cement, the Reline™ Fenestrated Screws are intended to restore the integrity of the spinal column even in the absence of fusion for a limited time period in patients with advanced stage tumors involving the thoracic and lumbar spine in whom life expectancy is of insufficient duration to permit achievement of fusion.
Reline™ Traction
The Reline™ Traction screw was designed to optimize insertional torque and pullout strength to help enhance overall pedicle screw fixation. The screw features an advanced dual to quad lead threadform that helps provide increased tactile feedback during pedicle screw placement.
Reline™ Adjacent Segment Fixation (ASF)
The Reline™ ASF system offers a dedicated and simplified system of instruments and implants specifically designed for revision and construct extension surgery.
Reline™ Dual-Headed Modular Connector
The Reline™ Dual-Headed Modular Connector is an extension to the Reline™ system for complex deformity pathologies to achieve multi-rod constructs and facilitate successful revision surgeries.
CREO™ Systems
Procedurally integrated with ExcelsiusGPS™, the CREO™ portfolio enhances efficiency and ease of use with intuitively designed instruments and a comprehensive array of implants to treat complex spinal pathologies with one system.
CREO™ 5.5
The CREO™ 5.5 stabilization system offers a complete array of low-profile thoracolumbar stabilization implants for use with a 5.5mm diameter rod, for treating a range of spinal pathologies. Designed to enhance procedural efficiency and ease of use, this system offers a competitively low-profile design, non-threaded locking mechanism, and intuitive instruments.
CREO™ CoCr
CREO™ stabilization systems are available in cobalt chromium alloy, a material offering increased strength and stiffness compared to titanium alloy.
CREO ONE™ Robotic Screw
The CREO ONE™ Robotic Screw enhances our advanced modular platform by simplifying pedicle preparation while maintaining navigational accuracy and increasing pullout strength compared to pedicle screws tapped to size.1 CREO ONE™ is part of the CREO AMP™ family. CREO ONE™ is compatible with CREO MIS™ and CREO AMP™ implants, and uses CREO™ navigation instruments.
CREO MCS™
CREO MCS™ is a stabilization system that provides cortical screw fixation through a minimally invasive approach. Dual outer diameter and cortical thread pitch are designed for anatomical fit and fixation.
CREO NXT™ Stabilization System
CREO NXT™ is a non-threaded cobalt chrome pedicle screw system that redefines Globus Medical’s deformity portfolio with robust implants and advanced deformity instruments.
CREO AMP™ Stabilization System
CREO AMP™ (Advanced Modular Platform) leverages the design of Globus Medical’s thoracolumbar stabilization systems, offering a unique and powerful advantage for intraoperative versatility, access, and visualization. CREO AMP™ is available in threaded and non-threaded designs in titanium alloy or cobalt chrome alloy.
CREO™ Derotation Instruments
CREO™ Derotation Instruments are designed to support reduction and complex deformity correction and complement the CREO™ product line.
CREO AMP QUAD™ Connectors
CREO AMP QUAD™ is a line of double head screw connectors designed for strength and stability in procedures that require an accessory rod for rigidity.
CREO DLX™ Stabilization System
The CREO DLX™ Stabilization System is a comprehensive 6.0mm and 6.35mm diameter rod based pedicle screw system that offers a large diameter rod solution for complex spinal deformity, tumor, and trauma pathologies.
CREO™ Side Loading Stabilization System
The CREO™ Side Loading Stabilization System is an alternative stabilization system for the treatment of severe spinal deformities designed to manipulate spinal segments and reduce the rod to the screw laterally while maintaining fixation.
Fixation Bands
Posterior Band Fixation Systems
Our posterior band stabilization systems are designed to provide primary and supplemental fixation options and support advanced distributed loading techniques in both pediatric* and adult applications.
* in patients 8 years of age and older
HILINE™ Fixation System
HILINE™ is a versatile posterior band fixation system for the cervical and thoracolumbar spine featuring robust implants and advanced instruments.
VersaTie™
VersaTie™ is a posterior band system designed to address the variable needs of spine surgery with flexibility in the treatment of complex clinical pathologies.
SI Joint Fixation
Sacropelvic Fixation Offering
Our sacropelvic fixation solutions are designed to support multiple procedures and approaches ranging from long construct to stand-alone posterior and lateral SI joint fixation procedures.
CREO™ S2AI Stabilization System
CREO™ S2AI is specifically designed for the S2-Alar-Iliac technique, commonly used for long spinal constructs. This screw offers 45° of preferred angulation, allowing for alignment with the L5-S1 pedicle screw. CREO™ S2AI is engineered with a cobalt chrome alloy screw head and a cannulated shaft to allow for a minimally invasive approach.
SI-LOK™ SELECT Sacroiliac Joint Fusion System
SI-LOK™ SELECT screws and instruments are designed for lateral and posterior approaches to the sacroiliac (SI) joint. With optimized slot geometry for varying patient anatomy and SintrOS™ laser surface treatment technology, SI-LOK™ SELECT is designed for multiple approaches and engineered for fusion. This system is compatible with freehand fluoroscopy and ExcelsiusGPS™ navigation and guidance.
PEDIATRICS
Elevating the Standard of Pediatric Care
Globus is committed to developing best-in-class pediatric solutions across the full spectrum of pediatric surgical indications. We are committed to elevating the standard of patient care through continuous innovation and partnership with the surgical community to enable the development of new technologies, techniques, and procedural solutions.
Enabling Technologies
Industry-Leading Navigation, Robotics, and Power Portfolio
Our complex portfolio is procedurally integrated with industry-leading enabling technology and power platforms to deliver intelligence, reproducible surgical workflows, efficiency, and confidence.
Power Portfolio
The Power Portfolio is engineered to seamlessly integrate with enabling technology to streamline surgical workflow and address clinical challenges. The 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.
Excelsius™ Technology
Excelsius™ Technology is an ecosystem of technologies designed to improve safety and care in the OR. The uniquely intelligent features that define ExcelsiusGPS™, Excelsius3D™, and ExcelsiusHub™ are procedurally integrated to enhance safety and accuracy.
Bendini™
The Bendini™ spinal rod bending system is used to create customized rods that are bent according to implant locations. The system expedites manual rod manipulation via computer-assisted bend instructions, designed to benefit surgeons and patients.
Regenerative Biologics
Comprehensive Regenerative Biologic Solutions*
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 barriers, graft delivery systems, and autologous biologic centrifuge technologies.
*Indications/applications for use vary by product. Refer to the IFU for comprehensive product information.
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.
1. Mechanical test data on file