Medical models of extremities
Precisely manufactured for durability and accuracy
Our unique medical model design and manufacturing processes makes acrylic bone model development incredibly efficient, no matter how complex the construct or implant. We provide total peace-of-mind, walking clients through the development process in real-time, to ensure models are 100% accurate and deliver on-time!
Our anatomically correct medical models are extensively used for patient education, sales training, and surgeon demonstration to help facilitate in-depth explanations for many orthopedic surgical techniques. Our translucent extremity models facilitate in-depth explanation of a variety of orthopedic surgical techniques, such as:
Open Reduction/Internal Fixation (ORIF)
Detailed models help demonstrate hardware and prosthetic placement and procedures for internal fixation of displaced, comminuted, or unstable fractures of the long bones, metacarpals, metatarsals, and phalanges. We provide precise models of the humerus, radius, ulna, tibia, fibula, femur, foot, and hand. These models are ideal for demonstration or training purposes, particularly where there is little or no prior understanding of the procedure.
Our models can also easily be used to demonstrate wire fixation or percutaneous pinning. This is especially useful when dealing with the bones of the hands and feet, such as the phalanges. Since the models are translucent, it is simple to show every angle of the procedure and hardware placement.
Patients and even healthcare support workers often do not have a good understanding of tendon repair/tendon transfer procedures, particularly regarding the underlying bony anatomy. Using clear models simplifies explanation of the exact positioning of the affected tendons and operative sites.
Carpal Tunnel Release
Carpal tunnel syndrome has become a widespread problem in our modern world of computers and repetitive motion. More and more patients are requiring carpal tunnel release procedures. Our hand models are perfect tools for explaining the complexities of nerve entrapment and operative approach.
CONTACT US TO DISCUSS YOUR MEDICAL MODEL NEEDS.