PCF
Posterior Cervical Fusion
Our posterior cervical fusion (PCF) solutions are designed to treat instabilities in the cervical spine through screws, rods, and connectors. They include innovative instruments to ease procedural challenges.
Fixation
Reline™ Cervical
The Reline™ Cervical system is designed to achieve PCF surgical goals through a thoughtful implant design, expansive and versatile junctional offering, excellent operative efficiency, and instruments that balance elegance and functionality.
Thoughtful Implant Design
Screws can become bulkier and sacrifice run-on rod in order to offer increased angulation and dual-rod capable tulips that decrease splay. The Reline™ Cervical system is thoughtfully designed with the patented Helical Flange set screw technology that allows for our smallest run-on rod in a dual-rod system.
Expansive and Versatile Junctional Offering
The Reline™ Cervical system seamlessly integrates with the complete Reline™ portfolio, providing a comprehensive posterior fixation experience with options ranging from the occiput to the sacrum. Designed for safety and reliability, Reline™ Cervical offers junctional solutions and a variety of implants for intraoperative selection.
Improved Operative Efficiency
Easily pair the Reline™ Cervical system with your clinical experience for efficiency and confidence, while introducing new PCF benefits in the OR.
QUARTEX™ MIS Minimally Invasive Cervico-Thoracic Stabilization System
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.
Minimized Anatomical Disruption
QUARTEX™ MIS Towers are engineered to rigidly attach to QUARTEX™ screws to help reduce soft tissue disruption through smaller incision sites.
Integration with ExcelsiusGPS™
Robotic technology and associated instruments allow for advanced screw trajectory planning and accurate placement.
Patient Registration Adapters
The Cranial Articulating Arm provides a rigid mount for the Dynamic Reference Base (DRB) to reduce instrument interference around the working area.
QUARTEX™ Stabilization System
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. A comprehensive range of instruments, including threaded drivers and streamlined reduction tools, helps to make installation of implants swift and simple in the midst of complex pathologies. The threaded locking cap design allows for single-step locking for speed and efficiency.
Screw Head Capability
The QUARTEX™ screw head accepts a 3.5mm or 4.0mm rod and offers 90° of conical angulation.
Threaded Locking Cap
Low-torque, single-step locking provides speed and efficiency.
Refined Instruments
Stable threaded drivers, efficient reduction options, and flexible tools facilitate easy construct assembly.
True Thoracic Pedicle Screw Offerings
QUARTEX™ offers true thoracic screws with diameters up to 5.5mm to accommodate patient anatomy.
Comprehensive Solution
The system offers an extensive portfolio of adapters to facilitate revision, deformity, and complex cervico-thoracic surgeries.
CORRIDOR™ Fixation System
CORRIDOR™ is a transfacet screw fixation system that can be inserted through a small radiolucent drill guide to facilitate site access and positioning. Flexible instruments ease delivery, and a wide range of screw options accommodate patient anatomy. This system offers a wide range of lag, fully threaded, cannulated, and non-cannulated style options for screws.
Screw Guide
PEEK material and markers within the screw guide allow radiographic visualization.
Flexible Instruments
Instruments easily allow off-axis insertion.
Screw Options
Lag, fully threaded, cannulated, and non-cannulated styles are available.
Enabling Technology
ExcelsiusGPS™
ExcelsiusGPS™ combines a rigid robotic arm and full navigation capabilities into one adaptable platform designed to enhance safety and improve efficiency in spine surgery.
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.