with BioDur 108 Option. High strength stainless steel that minimizes nickel exposure. The T700 Cannulated Screw system includes the two material options: titanium alloy and BioDur®† 108 stainless steel. BioDur 108 is a stainless steel alloy developed for medical applications requiring high strength and corrosion resistance. The material is produced using the Electro-Slag Remelting process, […]
T700 Cannulated Screw System
The T700 Cannulated Screw System was designed to allow the surgeon to address multiple trauma situations where high-strength fixation is required. Indications include:* Femoral neck fractures Slipped capital femoral epiphyses Acetabular and pelvic fractures Tibial plateau fractures Subtalar arthrodeses Intercondylar femur fractures Sacroiliac joint disruptions Ankle arthrodeses This comprehensive system includes diameters ranging from 3.0 […]
S140 Interbody System
The S140 Interbody System, used in conjunction with the S100 Pedicle Screw System, provides a comprehensive solution for stabilization of the lumbar spine. Manufactured by Calvary Spine, LLC from PEEK-OPTIMA®†, these interbody devices were designed for PLIF/TLIF and either unilateral or bilateral placement. Anatomic design features include a tapered “bullet nose” geometry, curved contour, and […]
T710 External Fixator System
The T710 External Fixator System consists of clamps, rods, and pins that provide the surgeon a broad range of frame construct options for stabilizing or immobilizing fractures. The T710 System is indicated for stabilization of the following: Long bone fractures in tibia and femur Fractures of pelvis and ankle Peri-articular and intra-articular fractures of knee […]
A200 Cruciate Retaining Knee
Anatomic fit, advanced bearing options, and streamlined surgical instrumentation. The A200 CR Knee System provides component options to reconstruct the knee with maximum range of motion and implant stability. A comprehensive range of interchangeable implant sizes and configurations provide an optimal implant fit regardless of patient size or gender. Low-wear bearing options include MAX Highly […]
MAX Highly Crosslinked Polyethylene
MAX Highly Crosslinked Polyethylene (XLPE) for knee bearings has excellent wear resistance and includes an innovative annealing process that does not require melting. Mechanical Anneal During radiation crosslinking, free radicals are introduced into the material. To remove the free radicals, the material is warmed and then compressed, allowing free radicals to become mobile and combine […]
E-MAX Highly Crosslinked Polyethylene
E-MAX Highly Crosslinked Polyethylene (XLPE) for knee bearings builds on the successes of first generation XLPE by incorporating two innovative technologies: Vitamin E and mechanical annealing. Vitamin E is added to hinder in vivo oxidation, which can cause degradation of the polymer material. [1,2] Mechanically annealing—as opposed to melting—helps maintain mechanical properties. [3,4,5] Thus, E-MAX […]
A200 Design Rationale
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Hip Replacement Information for Patients
Patient Focus At KYOCERA Medical Technologies, our ultimate responsibility is to provide high-quality, durable implants for patients. We incorporate state-of-the-art technologies into our hip implants to help ensure long-term performance. Hip Replacement Overview Hip pain can be caused by deformity or injury of the joint, but the most common cause of chronic hip pain is […]