Clinical & Diagnostics Spinal and Orthopedic Equipment

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Equipment
The Secur-Fit Max Femoral Hip Stem has been built on more than a decade of experience. It represents the next generation Omnifit HA stem, which was established with more than 15 years of clinical success, and based on an effective stem geometry combined with Stryker’s proprietary PureFix hydroxylapatite formula.
The Motion Foot is a unique hydraulic foot and ankle system with a natural-range of ankle movement. Natural motion adjusts to slopes, various heel heights, and sitting with feet flat.
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.
The Energy “Scamp” system is a paediatric, electrically controlled prosthetic hand which is available in two sizes to accommodate young children between the ages of 6 months and 6 years old.
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 Promenade is engineered to manage the unique gait dynamics of low impact ambulators including the diabetic & vascular amputee population.
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 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.
ADM X3 is a large head solution for patients worldwide. Stryker now introduces MDM X3 – the first Modular Mobile Bearing Hip System.
The Element sets itself apart from two spring prosthetic foot designs by adding an innovative 3rd Element. Emotis has designed the Element to support each phase of foot function in the gait cycle—from heel strike, to mid-stance, to toe off.
X3 is a material advancement in bearing technology. As a pioneer in wear-performance technologies, Stryker Orthopaedics has been dedicated to offering bearing surface improvements.
The specific Hip’n go instruments are common to the different types of stem proposed in this programme. This instrument set is adapted to all the standard approaches, including mini-invasive approaches.
The Aeris Solution exceeds expectations by offering the best combination of value and performance in a 100% carbon composite foot. The Aeris Performance adds Compliant Composite Technology (CCT) that is derived by using multiple springs to increase the range of flexibility.
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.
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 Accolade C Femoral Component integrates well-established, clinically successful design features with the advanced technology to help achieve a new benchmark for surgical efficiency and clinical performance.
Amputees greatly value the versatility offered by the Runway adjustable heel height prosthetic foot. Its anatomical gliding ankle maintains appropriate foot alignment to provide knee stability and consistent performance at all heel heights.
Corentec’s two-in-one Metal on Poly Bearing cup system utilizes a ceramic liner along with a polyethylene liner. The polyethylene liner applies UHMWPE (Highly Cross-Linked UHMWPE), which has proven to result in 94 percent less wear than than conventional PE liners used in in vitro conditions.
From extreme sports to light jogging, the Wave Sport has the performance active amputees desire. Utilizing an innovative wave-shaped spring between the pylon and keel provides shock absorption and stability to the Wave Sport.
The Fillauer MiniShock is a smaller version of the Fillauer DuraShock. It has the same function and durability as the DuraShock just in a smaller, lightweight size for children and lightweight adults up to 132 lbs.
The Raize is a unique microprocessor ankle/foot system in a low profile, lightweight design. Its plantar/dorsi-flexion range reduces damaging forces on the residual limb and greatly enhances stability on slopes and slippery surfaces.
The ParaPod comes in a kit form that can be sized and assembled easily for significantly less than conventional HKAFO's. The kit provides an exoskeleton worn over clothing that consists of shoe clamps, aluminum uprights, foam knee blocks, upper back and chest supports.
The Element DS’s design utilizes an innovative 3rd carbon composite spring that supports the foot in each phase of the gait cycle. From heel strike, to mid-stance and toe off; the result is a foot with unsurpassed smoothness, stability and energy return.
The Stryker Orthopaedics Secur-Fit Plus Max Femoral Hip Stem complements the Stryker Orthopaedics Secur-Fit Max Femoral Hip System by offering implants with an increased base head offset, a distal sizing matrix, and distal flutes.
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.
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