Pulmonary Lobes with Blood Vessels Model

The Pulmonary Lobes with Blood Vessels Model is a detailed anatomical teaching aid designed to demonstrate the structure of the lungs, including individual lobes and associated vascular pathways. This model is ideal for enhancing understanding of respiratory anatomy in both academic and clinical training environments.

Perfect for medical schools, nursing programs, and biology classrooms, this model provides a clear and accurate representation of lung anatomy, allowing students to visualize how the lobes are organized and how blood vessels interact within the pulmonary system.

Crafted with precision, the model highlights key anatomical features such as the right and left lung lobes, as well as the pulmonary arteries and veins, supporting comprehensive study of respiratory function and circulation.

Key Features:

• Detailed representation of pulmonary lobes and lung structure

• Shows pulmonary arteries and veins for vascular understanding

• Ideal for teaching respiratory anatomy and physiology

• Realistic design for visual and hands-on learning

• Durable construction for long-term classroom use

• Mounted or stand-based design for easy display

Educational Applications:

• Anatomy and physiology courses

• Nursing and medical education

• Respiratory therapy training

• Biology and life sciences instruction

Product Details:

• Product Name: Pulmonary Lobes with Blood Vessels Model

• Category: Anatomical Models – Respiratory System

• Unit: Each

Enhance your training and educational programs with this high-quality lung anatomy model, designed to improve comprehension of pulmonary structure and function through clear, hands-on visualization.

Pulmonary Lobes with Blood Vessels Model

Structure of terminal bronchioles respiratory bronchioles alveolar epitolium magnified approximately 150 times representation of a lobe with arterial and venous circulation and bronchial branches has a section to show the alveolar duct. Accompanying an interactive 3D anatomical model with augmented reality is a great tool to encourage learning and support. This platform allows students to engage in comparative analysis of anatomical models as they compare and contrast the structure of individual organs. This initiative also provides a platform for continuing education providing opportunities for all students to increase their knowledge of anatomy physiology and pathophysiology.

One-Year Warranty

Ship Weight (LBs): 5.5 lbs.
Dimensions. (Inches): 12.99 x 8.66 x 5.91