Ravine

Lateral Access System

Manufactured with a combination of materials to allow for enhanced fluoroscopic imaging and the necessary strength for a lateral procedure

Main features

  • Aluminum radiotransparent frame on x-rays and non-glare black coating is designed to allow enhanced visibility
  • Titanium blades designed to help provide a strong retraction while enhancing visualization
  • Dual Flat Blade Platform designed to enter the psoas in line with the muscle fibers and turns 90° to establish a working corridor
  • Integrated light cable allows for disc space visualisation
  • Fixation pins designed to provide fixation to the vertebral bodies, to help avoid the need for an arm connection and designed to prevent tissue creep under blades

Ravine for Anterior To Psoas (ATP) approach

  • Open frame design to allow for orthogonal maneuvers and potentially avoid the need for psoas retraction
  • 3rd blade option designed to provide abdominal soft tissue retraction and to help protect vessels which includes a specific blade for Anterior Longitudinal Ligament release

Resources and downloads

Related products

Cayman Minimally Invasive

The Cayman Minimally Invasive (MI) Plate System is specifically designed for insertion through the Ravine Lateral Access System’s true muscle-splitting Retractor. The single-level, stackable design allows for one-level and multi-level constructs.

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Cayman United

The Cayman United Plate System is specifically designed for rigid fixation to the Cascadia Lateral 3D line of interbody implants. The single-level, one and two-hole plate configurations allow for a customisable construct from the lateral approach to help achieve sagittal balance.

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Cascadia Lateral 3D

The Cascadia Lateral 3D Interbody System includes a full range of implant sizes designed to accommodate the vertebral anatomy. This system is designed to work with the Ravine Lateral Access System, offering a full line of instrumentation for the direct lateral transpsoas approach. Lamellar 3D Titanium Technology incorporates 300-500 um longitudinal channels, which in conjunction with transverse windows, create an interconnected lattice designed to allow for bony integration [1,2].

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Niagara

Developed from the ground up, each element of this comprehensive minimally invasive lateral surgery platform is designed for enhanced control through precision of retraction, visibility throughout the procedure, and flexibility to adjust and adapt as needed. Together with a comprehensive set of disc preparation tools, as well as lateral cage and plate options, the Niagara Lateral Access System is a complete solution designed to tackle the challenges encountered throughout lateral surgery.

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