Features
The X-Ray Phantom Knee, opaque is a specialized anatomical phantom created for radiography education, clinical training, and technical demonstration. Medical educators and technicians choose this model to capture authentic knee x-ray images repeatedly without exposing patients to unnecessary radiation. This phantom features real human bones in an opaque plastic shell, making it ideal for hands-on learning and professional development.
Unmatched Realism and Durability for Safe X-Ray Training
Choose the X-Ray Phantom Knee, opaque to achieve true-to-life x-ray results in a safe, controlled environment. Trainers and students take high-quality images of the knee, patella, and adjoining leg segments as often as needed. An opaque coating conceals the inner anatomical structures, letting users focus on image quality and positioning techniques rather than predictably identifying features. Handmade construction ensures each phantom is one-of-a-kind. Educators benefit from reliable, repeatable imaging without the risks or ethical issues of live patient exposure. Each model includes a dedicated storage and transport case, offering convenience and protection for repeated use in busy classrooms or laboratories.
Features and Benefits
- Incorporates actual human bones for unmatched anatomical accuracy
- Opaque resin casing hides inner structures for realistic training
- Enables unlimited repeat x-ray imaging without patient involvement
- Handcrafted nature makes each phantom unique in appearance
- Covers part of the upper leg, lower leg, and kneecap
- Includes a robust transport and storage case
- Production-related internal discolorations or cracks do not affect function
- Available exclusively with proof of medical use
Indications for Use
- Radiography student education and demonstration
- Medical technician training for clinical x-ray skills
- Anatomical study and positioning practice in academic settings
- Technique refinement without patient exposure
Size Guide
- Each X-Ray Phantom Knee, opaque is handmade and varies in size and shape














