full human skeleton model
This life-size articulated adult human skeleton model is 180cm tall with painted muscles origins and inserts, ideal for teaching / learning human anatomy. Includes a human skeleton chart, a muscle origins and inserts chart, and a bones definitions chart.
Features:
lAnatomical Correct - Ideal for educational and medical use
lHigh Quality - High grade material, parts & workmanship, durable and washable
lMultiple Applications - Doctors, chiropractors, acupuncturist, physical therapist, decoration, amusement, photography, etc.
lMain joints are movable, arms, legs, skull, skullcap are removable
lStand on wheels for easy transport
lParts are pre-assembled
lMuscles origins(red) and insertions(blue) are painted on the left side of skeleton
lMuscle chart - features with the codes and definitions with bones photos, 100cm x 38cm
lBones chart - detailed the bones with colored landmarks and definitions, 100cm x 38cm
lSkeleton chart - detailed colorful chart with about 700 accurate definitions, 78cm x 36cm
lAll charts are colorful, duable and no reflection with matte film covered
lFull size dust cover keeps model clean while in storage
Product Details:
Skull, Skullcap - removable,
Lower jaw is movable to imitate the natural movement
Teeth are cast in a even better material which mimics the color and slight translucency of teeth surface perfectly
Spine: vertebral artery model (red) with cervical vertebrae, nerve roots (yellow) with whole spine, and a herniated lumbar disc.
Rib cage: A 5mm dia. stainless steel supporter makes the shape of rib cage always correct.
Upper limbs are very easy to attach /detach toollessly.
Stainless steel wires keep the ribs gaps stable.
Lower limbs are easy to attach /detach toollessly too. Femurs, crus, feet are removable.
The skeleton can rotate on the top of the stand.
2 of 5 casters are lockable.
Skeleton Chart:
Detailed colorful chart with over 630 accurate definitions. Durable and no reflection with matte film covered, 36 * 78cm
Muscle Chart:
Detailed muscles origins and insertions with codes. Durable and no reflection with matte film covered, 100cm * 38cm
Bones Chart:
Features with colored landmarks and accurate definitions. Durable and no reflection with matte film covered, 100cm * 38cm
- Carton Dimensions: 91cm*38cm*23cm (35.83" x 14.96" x 9.06"); 10.6kg (23.25 lbs)
- Product height: 180cm (77.8")
- Product net weight: 8.8kg (17.4 lbs)
- Product gross weight: 13.8kgs11.7kgs (23.4 lbs)
- How does the human skeleton model assist in understanding movement and flexibility?
- The human skeleton model is a visual representation of the bones and joints in the human body. It can assist in understanding movement and flexibility by providing a clear and accurate depiction of the structure and function of the skeletal system.
- Firstly, the skeleton model allows for a better understanding of how bones and joints work together to facilitate movement. The model can be manipulated to demonstrate how muscles attach to bones and how they contract and relax to produce movement. This can help individuals visualize the relationship between muscles, bones, and joints and how they work together to create different types of movements.
- Additionally, the skeleton model can also help in understanding the range of motion of different joints. By manipulating the model, one can see how the bones and joints move in different directions and how this affects the overall movement of the body. This can aid in understanding the limitations and capabilities of the body in terms of flexibility and range of motion.
- Furthermore, the model can assist in identifying any potential restrictions or limitations in movement. By examining the placement and shape of bones and joints, individuals can better understand the potential for injuries or conditions that may affect movement and flexibility.
- Overall, the human skeleton model is a useful tool in understanding the mechanics of movement and flexibility in the human body. It provides a visual representation that enhances the understanding of the skeletal system and its role in facilitating movement.