The Cynthia knee endoprosthesis system offers the surgeon a variety of implant options depending on the soft tissue tension situation and the size of the bone defect. It is a system for many indications:osteoarthritis, rheumatoid arthritis and traumatic arthritis.
A sloped femoral box profile conserves bone without compromising fit or component strength.
Gradually reducing femoral radius provides a smooth transition throughout the gait cycle.
The narrow anterior flange is designed to provide an optimal fit for each patient while minimizing overhang and the opportunity for soft tissue irritation.
The trochlear angle varies by size to accommodate variable patient Q-angles.
A funnel shape allows the patient’s soft tissues to drive the position of the patella in extension and provides a smooth transition into the center of the groove.
Femoral lugs increase anti-rotational stability of femoral component.
A special cam-spine provides a large contact area and stability in flexion, while reducing the stresses to the tibia spine.
The patent central locking design provides the architecture for the system to optimize kinematics, while reducing backside micromotion to the lowest levels.
MT AP and PT Calcaneal Locking Plate is used for nondisplaced posterior facet, displaced with one fracture line in the posterior facet and displaced with two fracture lines in the posterior facet according to Sanders Classifications.
The TLIF cage is desgned with anatomical structure, optimal condition for fusion to replace lumbar intervertebral discs and to fuse the adjacent vertebral bodies together at vertebral levels L1–S1. The TLIF implant is designed for a transforaminal approach.
The distal humeral sub-condylar locking plate is an anatomically precontoured plate that permits an optimal treatment of juxta-articular distal humeral sub-condylar fractures, which are located in the section between 5-10cm above the articular surface.