Clinical & Diagnostics Spinal and Orthopedic Equipment

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Equipment
The Freedom DynAdapt foot is a slim profile, carbon fiber foot system with a slender, anatomic design for easy fit and finish. Its multi-axial function provides maximum comfort and the uninterrupted strands of carbon fiber in the full length heel provide patients with effortless rollover and a more natural gait.
The Pediatric model of the Seattle LightFoot has dynamic response keel and smooth rollover. It is appropriate for all lower limb pediatric amputees, including Symes.
The Pacifica is ideal for users with long residual limbs, due to its low profile design. In contrast with competing low profile foot products, which may feel stiff and uncomfortable, Pacifica users experience flexibility and energy return allowing them to walk farther, faster, longer.
The UCLA CAPP TD was designed for children. Made of molded plastic, this terminal device provides a wide palmar face with a tactile, resilient covering allowing a secure hold on odd shapes such as toys. An internal spring provides prehension.
The EZ-Crawl by Fillauer incorporates the proven treatment protocols for the treatment of congenital club foot using the Ponseti method while promoting the maximum amount of freedom and movement for the child and ease of donning and doffing for parents and caretakers.
The Escalade acetabular system is designed to maximize head size while maintaining bearing thickness. +0 liners are truely flush with the shell.
The TWIST femoral stem is the result of 15 years of experience in the design of tailor-made stems through the study of femoral morphotypes made by scan image reconstruction.
Talux provides smooth or rough terrain, indoors and out, no other foot simulates a more fluid, graceful walking gait.
The Accolade TMZF Femoral Hip Stem is designed to achieve a balance of successful design and innovative technology. Stryker’s Accolade TMZF Femoral Component helps to merge clinically successful concepts with the highest standards of science and technology into a single system.
Stryker Exeter Hips - more than 400 of them - were first implanted in 1970 at the Princess Elizabeth Orthopaedic Hospital in Exeter, England. Survivorship today is 91.5 percent through 30 years.
The Fillauer II Standing Frame is an adjustable metal exoskeleton attached to a stable base of support that allows the child crutch-less, hands free standing. While supported in the Fillauer II Standing Frame, the child gains all the physiologic benefits of standing along with the ability to use their hands to explore their environment.
Today, hip replacements are helping to meet greater demands of younger, more active patients. To accomplish this and reduce potentially early failure, alternate bearing surfaces have been developed to help minimize the amount of wear and increase the material strength in total hip replacement bearings.
The Seattle Energy from Trulife has dynamic toe and cushioned heel response. It has full length, split composite keel for increased stability.
The foundation of the Aeris Performance is our successful Ibex foot. The Aeris Performance adds Compliant Composite Technology (CCT) that is derived by using multiple springs to increase the range of flexibility.
The ATLAS acetabular cup is a cementless elastic acetabular cup. We have more than 20 years’ experience and more than 100,000 implants have been performed throughout the world, including in the USA.
Fillauer Companies is spreading the word about Centri Dream Skin, a protective leg covering that combines superior durability and stain-resistant cosmesis with the elastic properties necessary for easy donning and application.
The Flex-Run Junior is a custom designed solution for children. Its vertical compliance and efficient energy return are must-haves for high active children.
With Stryker’s many decades of performance and clinical success on which to build, the Omnifit EON femoral stem is designed to offer intelligent design features, proportional stem size choices, and optimal component strength, which create an excellent cemented implant.
Vari-Flex XC Rotate – The next step, combining excellent smooth roll-over and dynamics with rotation and shock absorption to meet the daily demands of the moderate to high active user.
Introducing the world's first load-activated carbon fiber prosthetic foot designed to accommodate added weight when lifting or carrying heavy objects. THRIVE provides support for variable weight when it's needed - resulting in a dynamic foot that feels the same regardless of load.
The Ibex is a leap forward in multi-axial foot design. The innovative micro-slices in the Ibex pylon and the split heel plate provide controlled inversion/eversion for uneven terrain.
Corentec’s femoral component is a typical double-tapered, wedge stem, designed to suit the anatomical structure in the marrow cavity. The section is rectangular-shaped, which helps to ensure strong initial press-fit fixation in the femoral marrow cavity.
The MiniMac Pediatric Knee is a single axis knee incorporating a mechanical lock during the stance phase of gait, along with an adjustable stance flexion feature, and utilizing mechanical friction to control the rate of swing of the prosthesis.
Corentec’s femoral component is a typical double-tapered, wedge stem, designed to suit the anatomical structure in the marrow cavity. The section is rectangular-shaped, which helps to ensure strong initial press-fit fixation in the femoral marrow caity.
The Defender is specifically designed to endure the physical demands of young amputees. Optimized carbon fiber lay-ups provide flexibility in a design that is robust and virtually maintenance-free so that users can feel confident over a range of high impact activities.
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