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Designed for optimum congruency, the patented Platform® Acetabular System addresses critical concerns about stability, wear, fixation, and maximum range of motion. The cup is thin- walled (3.5mm) with 0.5mm of press-fit, and features high-porosity Ti-Coat®. Ti-Coat® has demonstrated excellent initial and biologic fixation as well as proven bony ingrowth that may offer greater longevity.5 Posteriorly positioned screw holes offer a 26.8º sweep to provide flexibility in screw placement.
Liners are available in E-Link® a Vitamin E stabilized highly cross-linked ultra high molecular weight polyethylene. E-Link® utilizes Vitamin E to quench free radicals generated from the cross-linking process, yielding oxidative stability.2
KLASSIC® BLADE FEMORAL STEM® While most blade-style stems grow the same amount proximally and distally, the Klassic® Blade grows 2mm proximally for every 1mm of distal growth, offering maximal rotational stability from the time of implantation.
KLASSIC HD® STEMThe patented Klassic HD® Stem is based on designs that have a history of clinical success. A tapered, double-wedge geometry offers initial fixation and rotational control, and proximally, the stem features Ti-Coat®, a rough titanium sintered porous coating for biological fixation and bony ingrowth.
The Klassic® BiPolar System offers an affordable fracture care solution for low demand patients without sacrificing quality. The Klassic® BiPolar Head features a CoCr outer diameter and an ultra high molecular weight polyethylene (UHMWPE) inner articulation surface that mates with a CoCr Klassic® BiPolar Femoral Head. Coupled with standard and high offset femoral stem neck geometries, multiple options are available to fit a variety of patient anatomy.
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The flagship Klassic HD® Acetabular Cup is designed for optimum congruency and addresses critical concerns about stability, wear, fixation, and maximum range of motion. Ti-Coat® ultraporous coating provides biological fixation and bony ingrowth. One insert for every cup size simplifies surgical flow and ensures the center of rotation remains constant.
KLASSIC® BLADE FEMORAL STEM® While most blade-style stems grow the same amount proximally and distally, the Klassic® Blade grows 2mm proximally for every 1mm of distal growth, offering maximal rotational stability from the time of implantation.
KLASSIC HD® STEMThe patented Klassic HD® Stem is based on designs that have a history of clinical success. A tapered, double-wedge geometry offers initial fixation and rotational control, and proximally, the stem features Ti-Coat®, a rough titanium sintered porous coating for biological fixation and bony ingrowth.
The Klassic® BiPolar System offers an affordable fracture care solution for low demand patients without sacrificing quality. The Klassic® BiPolar Head features a CoCr outer diameter and an ultra high molecular weight polyethylene (UHMWPE) inner articulation surface that mates with a CoCr Klassic® BiPolar Femoral Head. Coupled with standard and high offset femoral stem neck geometries, multiple options are available to fit a variety of patient anatomy.
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BIOLOX CONTOURA®
The BIOLOX CONTOURA® Femoral Head is an anatomically friendly implant that offers the benefits of a smaller head while using a larger head size. It retains the outer diameter of conventional implants and incorporates a contoured shoulder with a lesser radius to reduce the volume of material exposed to the soft tissue. The CONTOURA® head's reduced distal profile removes potential impingement material in order to relieve potential strain on the iliopsoas, without reducing the articulation surface of the outer head diameter.
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KLASSIC HD®INSTRUMENTATION
The Klassic HD® Hip System saves time and cost through carefully designed instrumentation that streamlines workflow. The Klassic HD® Hip System utilizes our flagship instrumentation with a maximum of three trays, far less than the competition, without the need for patient-specific configurations or costly disposables. Reducing trays could save the hospital up to $985 per case (compared to a typical 8-tray implant system) while reducing effort and complexity.
E-LINK® VITAMIN E STABILIZED POLYETHYLENE
E-Link Poly is a Vitamin E stabilized highly cross-linked ultra high molecular weight polyethylene. Vitamin E is blended into the GUR 1020 UHMWPE in powder form, compression molded, and cross linked by Gamma radiation to 10 MRads. E-Link utilizes Vitamin E to quench free radicals generated from the cross-linking process, yielding oxidative stability.2
TI-COAT® ULTRA POROUS COATING
The Klassic HD® Hip System offers Ti-Coat®, an ultraporous, three-dimensional, commercially pure titanium porous coating with a mean porosity of 60% for biological fixation and demonstrated bony ingrowth.3
