About ConXport Circulatory System
Material:PVC
Description: The model represents a general view of the human circulation. It includes the heart (2 parts), lungs, liver, spleen, kidneys and relevant connections with the pulmonary and systematic circulatory pathways.
Packing:2pcs/carton, 91x33x27cm,10kgs
Realistic Demonstration ModelExperience an accurate representation of the human circulatory system with this life-size model. Painted with engraved details, it showcases the complexities of arteries and veins, providing unmatched visualization for both learning and teaching in laboratory settings.
Versatile Educational ToolDesigned for secondary schools, colleges, and advanced laboratories, the ConXport Circulatory System Model adapts to diverse educational environments. Its analogue display and easy manual operation ensure effective teaching demonstrations and interactive student engagement.
Durable and Portable ConstructionConstructed from premium materials including plastic, glass, and rubber tubing, the model promises longevity and resilience. Base-mounted for stability, it remains portable and easy to assemble, making it perfect for multiple classroom or laboratory settings.
FAQs of ConXport Circulatory System:
Q: How do I assemble and set up the ConXport Circulatory System Model for use?
A: The model is designed for easy assembly. Simply position it on a stable table using the provided base mount, connect the included tubing and reservoirs, and follow the assembly instructions to set up the heart pump and valves. No additional tools or power source are required.
Q: What educational applications is this circulatory system model suitable for?
A: This model is ideal for biology laboratories, medical colleges, and schools. It is suitable for both secondary and higher education, providing hands-on demonstration of human blood circulation for teachers and students alike.
Q: When should the model be used in an educational setting?
A: Use the model during anatomy and physiology lessons, laboratory demonstrations, medical training sessions, or whenever a visual explanation of circulatory pathways is helpful to reinforce theoretical learning.
Q: Where can the ConXport Circulatory System Model be effectively utilized?
A: The models portable, base-mounted design makes it well-suited for use on laboratory tables in classrooms, lecture halls, or biology laboratories across educational institutions and medical training centers.
Q: What process does the model demonstrate, and how does it work?
A: The model uses a manually operated heart pump to circulate fluid through rubber tubing representing arteries and veins, visually demonstrating the pathway of blood through the circulatory system. This process illustrates basic circulatory anatomy and fluid dynamics in real time.
Q: How does using this model benefit both educators and students?
A: This model provides a tactile, interactive learning experience, aiding in a clearer understanding of circulatory processes. Its detailed, life-size features and clear fluid visualization make theoretical concepts more tangible, enhancing both teaching effectiveness and student comprehension.