Spinal Elements, Inc. products

The Posterior ALIF: Minimal access, maximum footprint from a posterior approach. Multi-dimensional interbody options to restore lordosis1,2. Clinically-proven to resist long-term subsidence1,2.

Surgical Efficiency: Facet and tissue sparing procedure reduces exposure to surgical morbidities. Less surgical time and lower blood loss than traditional approaches. No neural retraction lowers the potential of nerve injury.

Optimized for TLIF Procedures: Designed specifically for midline expansion. Oblique lordosis offset by 30° to maintain coronal alignment. 12mm wide footprint increases surface area and endplate contact.

Addresses the Unmet Need in Discectomy. Instruments maximize volumetric disc removal while protecting endplates. Instrument tips easily reach the contralateral disc space. Reduces surgical time by facilitating an efficient and effective circumferential discectomy.

Simple Reproducible Procedure. Single Tray and one-size fit all implant compliment a simple, efficient, and straight-forward procedure. PEEK fixation strap placed with a proprietary curved drill provides circumferential cortical fixation through the lamina, pedicle, and IAP/SAP of the facets. Reduces the associated risks to neural anatomy and the need for enabling technologies like navigation and robotics because cannulation of the entire pedicle is not required for implantation1.

Powerful and Precise: MIS implants and instruments to complement Overwatch open system. Extended tab screws with proximal bridge for stability and power.

Designed to Improve Surgical Outcomes. Designed to enhance bony fixation and reduce adjacent segment ossification1. Designed to align the interbody device and the plate with the axis of the spine – every time. 1-step insertion increases visibility and versatility while maintaining plate alignment. Multi-level segmental plating capabilities.

A Standard of Efficiency: Generous graft windows. Radiolucent PEEK-OPTIMA® material. Proven clinical history.

Viable Cell Population. An average of 1.5 million viable osteogenic cell population per cc of matrix are preserved via a non-DMSO cryoprotectant2. Endogenous bone cells remain attached via advanced processing techniques. Viable endogenous bone cells support osteogenic healing processes.

Minimally Invasive Design: Scalloped blades provide instrument access for contralateral decompression. Radiolucent blades retract independently allowing for a customized exposure. Unobtrusive illumination provided by nested light cables.