ChoiceSpine LLC

ChoiceSpine LLC’s STRATOFUSE® DBM 100 is a more granular-based scaffold that delivers excellent handling properties to successfully pack into ChoiceSpine interbody cages or pass through an MIS bone graft funnel. Contains maximum BMP exposure.   Learn more about the Stratofuse® DBM 100 at https://lnkd.in/e2RfSp4v #allograft #osteobiologics #spinebiologics #bonegraft #choicespine #spinetherightway

The ChoiceSpine LLC TRITON® Sacroiliac Joint Fixation System is used for sacroiliac joint fusion to treat conditions such as degenerative sacroiliitis and sacroiliac joint disruption. TRITON is a Titanium 3D-printed cannulated screw with BioBond®, our proprietary porous trabecular structure. It features open and porous graft windows for bone harvesting. TRITON comes in various lengths and diameters to suit different patient anatomies. ■ Simple and easy-to-use instrumentation designed to reduce surgical steps in the operating room ■ Three bone-gathering channels ■ Open and Porous graft windows with BioBond®, a proprietary porous trabecular structure ■ Sterilized 3D Printed Sacroiliac Joint Fixation Screws ■ Cannulated to allow for in-situ graft delivery and promote bone growth through the screw Learn more at https://lnkd.in/eNWJHqTt #SIJointFixation #Triton #ChoiceSpine #BioBond #newspinalimplanttechnology #degenerativesacroiliitis #sacroiliacjointdisruption

ChoiceSpine LLC’s THUNDERBOLT™ Minimally Invasive Pedicle Screw System is designed with a secure connection between the pedicle screw and screw extenders. The screw extenders allow for a minimally invasive approach designed with internal reduction. The strong interface between rod and rod inserter allows for excellent control over rod insertion. • Robust and secure connection between pedicle screws and screw extenders • Strong interface between rod and rod inserter allows excellent control over rod insertion • Strong and fast rod reduction • Internal (20mm) and external (30mm) reduction options available Learn more about Thunderbolt™ at https://lnkd.in/ezWvsYs #minimallyinvasivepediclescrews #spinesurgerytechnology #biologics #degenerativediscdisease #spinalstenosis #pseudoarthrosis #spineimplants #choicespine #spinetherightway

The Blackhawk® Ti Cervical Standalone Spacer System was evaluated in a standalone in vitro cadaveric fusion model to assess the biomechanical stability and performance compared to a traditional screw-based standalone ACDF device*. The testing included Range of Motion, Fatigue, Interface, and Bone Damage. Blackhawk Ti was found to be a fast, reliable, and equivalent to ACDF device in a standalone application. (*Internal report from 510(k).) The Blackhawk® Ti Cervical Standalone Spacer System is packaged pre-assembled. This eliminates steps and surgical time compared to competitive devices that place the fixation components (blades or screws) in the sterile field. The streamlined instrumentation was observed to enable simultaneous and controlled deployment of the anchors along the fixed trajectories established by the implant design. This high-performing deployment design resulted in an 80% reliability rate for a stable and acceptable construct compared to the 53% rate achieved by the traditional screw-based control group. The Blackhawk® Ti Cervical Standalone Spacer System was found to deliver a stable result in normalized Range of Motion (ROM), Fatigue, and Bone Damage. Evaluation of the construct was performed in Flexion-Extension (FE), Lateral Bending (LB), and Axial Torsion (AT). The worst-case loading modality was identified to be Flexion-Extension (FE), and the Blackhawk Ti device was found to be substantially equivalent to the screw-based control. Learn more about ChoiceSpine LLC’s Blackhawk®Ti at https://lnkd.in/epVGt-Uy #CervicalStandaloneSpacer #3DPrintedTitaniumPorousImplant #SpinalImplants #BioBond #ChoiceSpine #SpinetheRightWay #standaloneinterbody

Veo® Lateral Access System, by ChoiceSpine LLC, brings clear and direct visualization to lateral fusion surgery. It is designed to help minimize trauma to the psoas muscle and lumbar nerve plexus. ◼ Direct visualization of psoas and nerves before dissection ◼ Two-stage retraction: First stage retracts the body wall; Second stage retracts the psoas muscle ◼ Limited muscle trauma through psoas splitting ◼ Minimal tissue intrusion through the radiolucent tubular retractor Discover more about Veo® at https://lnkd.in/gm29zBCZ #lateralaccess #spinalsurgery #spinefusion #choicespine

Harrier® SA is a standalone, screw-based system made of 3D-printed titanium. It incorporates ChoiceSpine LLC’s proprietary BioBond® porous trabecular structure and is designed for Anterior Lumbar Interbody Fusion (ALIF). The system features four titanium, dual-threaded corticocancellous screws for lag purchase. The interbody comes in three anatomical footprints with multiple lordotic options and large graft windows. Harrier SA includes an integrated cam-locking mechanism for visual and tactile locking confirmation. It is intended for stand-alone use but can also be used with ChoiceSpine’s Raven® Anterior Lumbar Plate System for additional fixation if desired.   The system features four titanium, dual-threaded corticocancellous screws designed for lag purchase. The interbody is available in three anatomical footprints with multiple lordotic options (10°, 15°, & 20°) with large graft windows. Harrier® SA has an integrated cam-locking mechanism providing visual and tactile locking confirmation. The Harrier SA System is indicated for standalone use. If additional fixation is desired, the system is compatible with our Raven® Anterior Lumbar Plate System.   Spine the Right Way.℠ Learn more about ChoiceSpine's Harrier®SA at https://lnkd.in/eQZu8NxS #HarrierSA #StandAloneALIF #3DPrintedTitaniumPorousImplants #SpinalImplants #BioBond #ChoiceSpine #SpinetheRightWay

The ChoiceSpine LLC Blackhawk® TI Cervical Standalone Spacer System utilizes a comprehensive anchor system with a cam-lock mechanism developed for anterior cervical spine fusion. Featuring BioBond® proprietary porous trabecular structure, Blackhawk® TI is available in 2 anatomical footprints with significant graft volume and large lateral windows for enhanced visual confirmation. ◼ Pre-Assembled Anchors ◼ BioBond® Proprietary Porous Trabecular Structure ◼ Fast, Simultaneous, Single-Step Anchor Deployment ◼ Large Open Graft Window Learn more about ChoiceSpine’s Blackhawk®Ti at https://lnkd.in/epVGt-Uy #CervicalStandaloneSpacer #3DPrintedTitaniumPorousImplant #SpinalImplants #BioBond #ChoiceSpine #SpinetheRightWay #standaloneinterbody

THUNDERBOLT™ Minimally Invasive Pedicle Screw System is designed with a secure connection between the pedicle screw and screw extenders. The screw extenders allow for a minimally invasive approach designed with internal reduction. The strong interface between rod and rod inserter allows for excellent control over rod insertion. • Robust and secure connection between pedicle screws and screw extenders • Strong interface between rod and rod inserter allows excellent control over rod insertion • Strong and fast rod reduction • Internal (20mm) and external (30mm) reduction options available Learn more about Thunderbolt™ at https://lnkd.in/ezWvsYs #spinesurgerytechnology #biologics #degenerativediscdisease #spinalstenosis #pseudoarthrosis #spineimplants #choicespine #spinetherightway

TigerShark® Interbodies 3D-printed titanium interbody systems incorporate ChoiceSpine’s proprietary BioBond® porous trabecular structure technology. TigerShark Interbody systems are each engineered for cervical, anterior/posterior, lumbar, or lateral procedures. Based on patient conditions, the TigerShark family can accommodate multiple surgical approaches and feature large graft windows for packing bone graft and simple-to-use instrumentation. Learn more about TigerShark® Interbodies at https://lnkd.in/e4Rzwns7 #spinesurgerytechnology #titaniumspinalimplants #spineimplants #spinalimplants #choicespine #spinetherightway

Blackhawk® Ti is fast and reproducible with simultaneous anchor deployment. Anchors come pre-assembled, which simplifies the surgical flow by eliminating the need for separate placement of screws or plates. Learn more about ChoiceSpine LLC’s Blackhawk®Ti at https://lnkd.in/epVGt-Uy #CervicalStandaloneSpacer #3DPrintedTitaniumPorousImplant #SpinalImplants #BioBond #ChoiceSpine #SpinetheRightWay #standaloneinterbody