Medical Training / Simulation Supplies

It consists of the left and right hip bones, sacrum, coccyx, and 4th and 5th lumbar vertebrae.

The most popular spinal model series that combines high quality with excellent economy. Great for patient explanations. With stand.

The Japanese version of the most widely used chart in the world. The poster is laminated. * Poster size varies depending on the chart type.

A pelvic model with a sacrum and lumbar spine. The sacroiliac joints are screw-movable, which can explain the distortion and movement of the pelvis. [3] has left and right femurs.

A three-part model consisting of the calvaria, skull base, and mandible. The lower jaw has separate teeth shaped and inserted into the skull.

It is possible to reproduce the hip joint during normal and illness, and the hip joint after replacement. The ilium and femur are separable, and the replaced hip joint can be removed from the femur to explain the replacement procedure in an easy-to-understand manner. With stand.

With ligaments, you can reproduce movements such as extension, flexion, inward rotation and external rotation. With stand.

This model displays the eyeball, eye muscles, and optic nerve placed in the orbit (floor and inner wall). 3 times larger, 7 disassembled model. With stand.

A pelvic model with a sacrum and lumbar spine. The sacroiliac joints are screw-movable, which can explain the distortion and movement of the pelvis. [3] has left and right femurs.

A model with a dorsal disc herniated between the 3rd and 4th lumbar vertebrae. With stand.

Faithfully reproduce the skeleton Since the spine and shoulder blades are movable, it can be used in various poses. The arms, legs and ankles can be removed, and the legs can be further disassembled at the knees. The skull can be broken down into three parts: the calvaria, the base of the skull, ... Read More

A movable spinal model that bends freely. The spinal nerve and herniated disc are faithfully reproduced. With stand.

It is a full-scale, mid-sagittal sectioned brain 5 decomposition model. With base.

The lower abdomen is divided into left and right, and it is a model that reproduces two obesity types, right "apple type obesity" and left "pear type obesity". You can explain how to attach subcutaneous fat and visceral fat in an easy-to-understand manner.

A faithfully reproduced skeleton model. The movable spine allows for a variety of poses, making it ideal for clinical explanations. The movable scapula has a wide range of motion and faithfully reproduces natural movements. The knees and ankles can be removed from the body. With caster stand.

3 times larger, 4 disassembled model. With stand.

You can expose the alveolar space and observe the roots of nerves and blood vessels.

You can compare a swollen hernia with an escape hernia. It can be broken down into vertebrae, intervertebral discs, and spinal nerves. With stand.

The intervertebral disc is reproduced with white rubber between the lumbar vertebrae. With base.

This model allows you to observe the structure from the lower part of the esophagus to the stomach and duodenum. With stand.

With ligaments, you can reproduce movements such as extension, flexion, inward rotation and external rotation. With stand.

This is a model of the right hip joint of an old man with brittle bones reduced to half the size. The stand has a frontal cut of the femoral neck. With stand.

It consists of 3 layers, epidermis, dermis, and subcutaneous, and can be used for training of nodular suture (skin suture), subcutaneous buried suture, and dermis suture. Made of non-biological ingredient (PVA), there are no hygiene concerns or risk of infection. All parts are put together in one... Read More

It is a human body model that supports both male and female reproductive organs, with 27 parts that can be attached and detached from important organs. The muscles and spinal cord are visible on the back, and the spine can be removed.

3 times larger, 6 disassembled model. With stand.

You can see 4 stones and 2 cholecystitis (acute / chronic). With stand.

It is a movable model with spinal cord and spinal nerves. With stand.

With ligaments, you can reproduce movements such as extension, flexion, inward rotation and external rotation. With stand.

This is a blood vessel model that reproduces the process of arteriosclerosis. With stand.