The Performance Health Standard Skeleton, Pelvic Mounted EA/1, is an essential tool for both educational and clinical settings. This full-size human skeletal model is highly detailed, offering a comprehensive view of the intricate structure of bones, joints, and connective tissue.

Designed for stability and accessibility, the skeleton is pelvic-mounted on a sturdy stand, allowing for easy examination and demonstration of human anatomy. It is crafted from durable PVC plastic, ensuring robustness and longevity, making it ideal for frequent handling and demonstration purposes. The articulated joints add realism, enhancing its utility in simulating human movement naturally and effectively.

Key Features:

• This standard skeleton model is pelvic-mounted, making it easy to assemble and disassemble for storage and transportation. Ideal for both professional settings and classrooms.
• Constructed from high-quality, durable PVC, this skeleton model features articulated joints, allowing for a realistic representation of human movement, perfect for teaching and demonstrations.
• Comes with a sturdy stand, ensuring stability and ease of use in any environment. The skeleton can be displayed at full height, providing an accurate depiction of the human form.

Uses:

• The Performance Health Standard Skeleton is widely used for educational purposes in classrooms and medical training environments, aiding in the teaching of human anatomy and physiology by providing a clear and detailed representation of the human skeletal structure.
• It serves as an excellent resource for medical professionals to explain various health conditions related to bones, joints, and muscles, enhancing patient understanding during consultations.

FAQs:

1. Is the skeleton model easy to assemble?
Yes, the standard skeleton model is designed for easy assembly and can be quickly mounted on its stable stand.

2. What material is the skeleton made from?
The skeleton is crafted from durable PVC plastic, ensuring longevity and resilience for extended use.

3. Can the joints be moved?
Yes, the skeleton features articulated joints, allowing for demonstration of full range of human motion.