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A dual-directional expandable retractor featuring a cool, shadowless lighting component
A slim, low-profile option for tissue retraction and visualization of the anterior lumbar spine
A retractor with uniquely shaped blades that sit directly atop the facet capsules to facilitate a less invasive midline incision
A retractor that facilitates a less invasive approach to spine surgery while minimizing the typical challenges of a minimally invasive approach
Illuminated retractor system
The first non-conductive illuminated retractor system. Eikon® LT is ultra lightweight and features an elevated tip for easy maneuverability, dissection, and retraction.
Retractor System
The Serengeti Complex Spine Minimally Invasive Retractor System offers the option for complex reduction, compression, and distraction. The system is easily compatible with Denali Minimally Invasive (MI), Everest MI, and Everest MI XT Spinal System screws.
Retractor System
The Serengeti Minimally Invasive Retractor System features a screw-based method of retraction to provide a fixed position in the anatomy. The simplified and flexible design allows for one-step, percutaneous placement of the screw and Retractor, with direct visualization and access for rod introduction.
A comprehensive access and instrumentation set designed for a systematic approach to minimally invasive spinal procedures
Lateral Access System
The Ravine Lateral Access System is a dual flat blade platform for a true muscle-splitting transpsoas approach, offering rigid fixation to the spine and an option for both a third and fourth blade. With its ability to fixate directly to the spine, Ravine effectively does away with a traditional table-mounted arm by actually referencing the patient. This system represents an innovative design departure from the tubular retractors, while providing adaptability to both patient anatomy and surgeon technique.
Illuminated retractor system
Illuminated retractor system
Along with intracavity illumination, smoke evacuation and retraction, the Eikon LT Adapt SE raises the bar with 16 reusable options, all with features to help you achieve the highest levels of surgical efficiency and O.R. safety.
Minimally Invasive (MI) Retractor System
Monopolar energy, advanced energy, electrosurgery, electrosurgical pencil, lighted instruments
Advanced electrosurgical device with illumination, delivering precise energy and low thermal spread.
Access System
The Terra Nova Minimally Invasive Access System is designed to be used with the Everest MI Spinal System and the Serengeti Minimally Invasive Retractor System. This intermuscular approach features a spine-based method of retraction and distraction. This simplified, lowprofile design allows for enhanced visualization and direct access to the intervertebral space for implant insertion.
Spinal System
The Everest Minimally Invasive (MI) XT Spinal System features Everest screw technology with metal extensions for minimally invasive rod delivery and reduction. With the addition of Everest MI XT to an existing portfolio featuring Everest MI and Serengeti Minimally Invasive Retractor System technologies, Stryker now has one of the most comprehensive MI screw offerings on the market.
Surgical smoke is only part of the story
Our smoke solutions line-up is designed for both clinical utility and user safety. With a full portfolio of retractors, tissue dissectors, and aspirators with smoke evacuation capability and the two best smoke evacuation units on the market, we can help you enhance surgical efficiency and staff wellbeing while creating a smoke-free environment for any procedure room.
Plate System
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. The Cayman MI plate has a low-profile design and the screws lock to the plate upon insertion, utilizing tifix Locking Technology.
Muscle-sparing surgical approach THA instrumentation
The direct superior muscle-sparing surgical approach is a total hip arthroplasty surgical technique with proprietary instrumentation, including a tissue-friendly retractor and unique acetabular reamer. This approach is designed for surgeons who prefer the fundamentals and familiarity of the more traditional posterior approach, but want to provide the latest THA muscle-sparing surgical approach techniques for their patients to preserve the iliotibial band, distal external rotators including obturator internus, and abductors.
Spinal System
The Everest Minimally Invasive Spinal System is a cannulated top-loading polyaxial pedicle screw system featuring the ability to accommodate titanium and CoCr rods of two different diameters. The dual-lead thread pattern allows for faster insertion and increased pullout strength. [1] The mixed-metal (Ti/CoCr) tulip minimized head splay and demonstrated improved biomechanical performance when tested against an all-titanium alloy screw. [2] These implants and instruments are cannulated for use with the Serengeti Minimally Invasive Retractor System.
Interbody System
The Aleutian Lateral Interbody System is designed to work with the RAVINE Lateral Access System. Aleutian Lateral provides anterior column support, bridging the disc space, and includes a full line of instrumentation designed specifically for the far lateral transpsoas approach.
Intelligent Photonics
Invuity/Stryker’s patented Intelligent Photonics® devices provide direct visualization of the surgical cavity enabling enhanced precision, efficiency and safety. Our Intelligent Photonics technology directs and shapes light into broad, uniform illumination. It converts traditional thermally hot, concentrated light output to thermally cool volumetric illumination throughout the entire surgical cavity.
Pelvic and Acetabulum Plating System
Focusing on the instrumentation surrounding exposure and reduction for pelvis and acetabulum fractures, PRO Pelvis plating system is uniquely designed to facilitate the Anterior Intrapelvic Approach (AIP), where working in the deep, narrow space in the pelvis poses special surgical challenges.
A comprehensive portfolio for orthopaedic surgeons and neurosurgeons specializing in spine surgery
Our continually expanding portfolio offers spinal solutions spanning from the occiput to the pelvis.
1.7/2.0/2.3 mm rigid internal fixation system
Comprehensive fixation for orthognathic procedures.
Instrument Set
Comprehensive set of instruments for use in pedicle subtraction osteotomies and vertebral column resections
Implants and Instruments
A comprehensive set of implants and instruments that facilitates a less invasive posterior lumbar interbody fusion through the use of low profile screws placed in a cortical trajectory
Lateral Access System
The Niagara Lateral Access System is a comprehensive minimally invasive lateral surgery platform. Developed from the ground up, each element 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 designed to be a complete solution to help surgeons tackle the challenges encountered throughout lateral surgery.
Our products enable caregivers to provide a safer, simpler experience for their patients.
We deliver the total spine experience, empowering our customers to keep the world moving. Together, we do more to challenge the standard, respond to clinical needs and pioneer new possibilities.
Our core technologies include biologic solutions, spinal implants, and surgical instruments for use in spine procedures. Our enabling technologies include digital health, guidance, and imaging for both cranial and spine procedures.
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