Knee Joint Drainage and Arthroscopy Training Model

Exceptionally Realistic

Detailed design and simulation of the knee joint including femur, tibia, meniscus, medial and lateral ligaments.

Detailed design and simulation of the neighboring muscles, tendons and ligaments.

Multimodal (CT/US/MRI)

CT/US /MR-compatible training model provides realistic imaging of skeletal tissue and soft tissue with similar US/MR/X-ray intensity using ultrasound/MRI/CT scan, fluoroscopy or simple X-ray.

Life-like Procedure

Realistic simulation of skin-needle interaction and soft tissue-needle interaction

Feels like real human tissue

Gain experience in diagnostic imaging as well as interventional practice such as joint tapping and local anesthesia.

Superficial external landmarks are accurately, simulated.

Our unique phantom manufacturing process incorporates sophisticated production of nano-polymer elements that mimic tissue elasticity, attenuation, speed of sound, tissue recoil, and tissue resistance with respect to the needle as well as MRI and CT properties.

Durable and Efficient

Durable: resistant to dehydration and decomposition

No replacement part is needed (a really durable model does not need any replacement part)

Self-healing

High resistance to fire and extreme temperature

Easily portable: The purchase includes a case for easier transportation, though no specific storage is required.

Accessories for easier practice are included, such as practice sheets and a repair kit (in case of accidental damage).

Our product is used to gain expertise at the desired time and location, without any risk, cost or inconvenience

Become comfortable with ultrasound transducer maneuvering and machine settings.

Returns are accepted within the first thirty days, no questions asked

Custom made models can be ordered.

Manufactured in the USA

Green: Our new polymer nanofibers are earth friendly.

The materials and fluid used in the model are inert with no toxicity. To further minimize any possibility of allergy the model is covered by an inert gloss of 3 micrometer thickness.

Size/weight