Spine Hardware and Interbodies

---

The Shoreline® ACS is a premier product, providing TruProfile® and No-profile cervical spinal fixation and realignment.

Admiral™ ACP is a comprehensive and complete anterior cervical plating system designed to strike the optimal balance between strength, profile and construct rigidity.

NorthStar® OCT is a comprehensive posterior cervical fixation solution that features innovative implants combined with multi-functional instrumentation to provide surgeons with a safe and effective solution. 

The NewBridge® Laminoplasty Fixation System provides specially shaped plates, made of commercially pure (CP) titanium, are designed to fit the anatomy of a dorsally elevated lamina.

NanoMetalene® technology applies a submicron, molecularly bonded titanium layer to a PEEK-based cage, creating a biologically friendly, radiolucent surface designed to promote bone ongrowth while resisting wear debris. Reef™ Topography builds on this foundation with undercut macrostructures along the endplate and aperture to increase surface area, promote bone interlocking, position graft material in direct contact with the vertebral endplates, and help contain graft during placement. 

This 3D-printed titanium technology features a proprietary continuous wave-like gyroid structure designed to mimic the properties of trabecular bone. With up to 82% body porosity, the implant supports bone through-growth, enhances imaging, and improves graft packability and retention through continuous endplate-to-endplate channels. The endplates feature up to 64% porosity, increased surface area to help reduce subsidence, and a roughened texture designed to resist initial implant migration.

The Mariner™ Pedicle Screw System is a premier pedicle screw system featuring modular threaded technology, with thoughtfully designed instrumentation, packaged in a streamlined offering designed to provide surgeons with Strength in Versatility to facilitate posterior lumbar fixation.

The Mariner® MIS Wayfinder® is an all-in-one screw delivery system allowing k-wireless screw placement techniques with Mariner MIS implants. With a streamlined workflow, reduced fluoroscopy exposure, and robust stylet and targeting technology, Wayfinder provides efficient mechanical implant delivery and surgeon control.

The Explorer® TO (TLIF Oblique) Expandable Interbody System is designed to minimize impaction forces required with traditional static implants, seamlessly expand within the disc space to restore height and lordosis optimized for each individual patient, and consistently deliver allograft and/or allograft to fill any voids left in the implant from device expansion. With both a height expansion and lordotic expansion implant, surgeons can intraoperatively choose the implant that best fits the needs of the patient.

The Forza® XP Expandable Spacer System offers titanium alloy expandable interbodies for PLIF / TLIF procedures. After insertion into the disc space, the interbodies can be expanded to fit the patient anatomy. FORZA XP has a large graft window and affords the user the ability to pack the graft window in situ while retaining its expansion capability.

The 7D FLASH Navigation System is the first approved image-guidance system for spine and cranial procedures that leverages proprietary camera-based technology and advanced machine-vision algorithms. Designed to overcome long-standing challenges of legacy surgical navigation platforms, it unlocks the full potential of image-guided surgery.

The dualPortal® solution is a novel two-portal endoscopic approach to the spine that allows surgeons to easily learn and perform a wider array of lumbar spine procedures than with the conventional one-portal technique. dualPortal® is a versatile and powerful technique in which the decoupling of the endoscopic camera from the surgical instruments allows for greater flexibility and enhanced visualization of the spinal anatomy. 

Innovative full-endoscopic technology, combined with advanced surgical techniques and high-definition imaging, enables full-endoscopic approaches to common spinal conditions such as disc herniations, spinal stenosis, and even fusion procedures.