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Features of the Larynx Anatomical Model

Here are the features of a larynx anatomical model:

Sturdy and Durable Material: Made of PVC, it offers good durability and is not easy to break, ensuring a long service life and an easy-to-clean surface.

High Authenticity and Realistic Simulation: Designed according to the real structure of the human body, it features a high level of simulation and realistic details of the respiratory and vocal organs.

Life-Size and Detachable: The model is life-size and can be divided into several parts (e.g., two halves) to facilitate the study and observation of internal structures.

Numerical Identification of Parts: The various anatomical parts are marked with numbers for clear identification and better understanding, which is helpful for teaching and learning.

Practical Teaching Aid: It serves as an effective visual tool for teaching anatomy, particularly for demonstrating the movement of the epiglottis cartilage in the larynx or for patient education.

Detailed Representation of Structures: It shows key elements such as the hyoid bone, thyroid cartilage, thyroid gland, parathyroid glands, vocal cords, and ligaments, providing a comprehensive view of the larynx area.

Wide Range of Uses: Suitable for medical schools, laboratories, teaching centers, hospitals, and clinics for research, training, and demonstration.

The main features of this anatomical pelvis model with 5 lumbar vertebrae are

Realistic and Life-Size Representation: This is a life-size model of the human pelvis, including the iliac bones, sacrum, coccyx, and the five lumbar vertebrae (L1 to L5), as well as the intervertebral discs.

Quality Materials: Made of high-quality PVC, it is durable and washable, and the pubic symphysis cartilage is made of rubber for increased realism.

Accurate Anatomical Details: The model preserves the details of each anatomical bone, including the left and right pelvic bones (ischium, ilium, and pubis) and the lumbar vertebrae with their structures.

Educational Functionality: Designed as a teaching and demonstration tool, it is ideal for the study of human anatomy, medical training, and communication between healthcare professionals and patients.

Mounting Stand: The model is mounted on a stable plastic base and includes a removable mounting stand for easy study and presentation.

Versatility: Suitable for use in a variety of settings such as education, art studies, cosmetics, and medical fields.

The anatomical model of the shoulder joint has several notable features:

Realistic Representation: This is a detailed model of the human shoulder joint, including the scapula, clavicle, and humerus, as well as representations of the ligaments and joint capsules (indicated by the red-orange color).

Flexibility: The model’s joints are flexible, allowing for the simulation of various shoulder movements such as abduction, adduction, forward and backward tilt, and rotation.

Durable Material: The model is made of high-quality PVC, making it resistant to damage and deformation, ensuring its durability for educational use.

Display Stand: It is mounted on a stable base, facilitating its presentation and study.

Educational tool: Designed for teaching anatomy, it provides a visual and tactile aid for understanding the structure and function of the shoulder joint.

Human Skull Model Features

This human skull model features several notable features, ideal for anatomical study:
Life-Size: The model is a faithful reproduction of the life-size human skull, allowing for realistic visualization of proportions.
Disassemblable Structure: It is designed to be disassembled into several parts, such as the cranial vault, skull base, and lower jaw, facilitating the study of internal structures and bone relationships.
Anatomical Details: The model reproduces important anatomical details, including the cranial sutures and the dentition, which is similar to real teeth in terms of positioning.
Materials and Finish: Made of PVC plastic, it represents a natural bone color for a realistic appearance.
Articulated Jaw: The lower jaw is articulated and removable, allowing for the simulation of chewing movements.

Characteristics of the Human Hand Model:

The human hand model has several distinctive features.
Material: It is generally made of PVC plastic, making it odorless, durable, environmentally friendly, and portable.
Anatomical Details: The model faithfully reproduces the bony structure of the hand, including the eight carpal bones, five metacarpal bones, and fourteen phalanges.
Flexible Joints: Each joint is fixed with high-quality stainless steel wire, providing limited flexibility to simulate the natural movement of the hand.
Scientific Accuracy: This is a life-size, scientifically accurate hand skeleton, making it an excellent teaching tool for studying anatomy.
Standing Base: The model is mounted on a lightweight white base, making it easy to display and transport for teaching or demonstration.
Application: Designed for educational and demonstration purposes, it is useful for medical students, practitioners, and for display in classrooms or medical environments.

• Ideal for studying and teaching cardiac anatomy.
• These models are made of high-quality PVC for safe use.
• They accurately reproduce the morphological structures of the heart, including veins and valve details.
• Some models are multi-part, often held together by magnets, allowing for the study of internal structures such as chambers and valves.
• These models are mounted on a stable base and can be removed for closer examination.
• They are available in various sizes, including life-size and enlarged models.

This type of model is commonly used for educational purposes, particularly in medical schools or for patient education

Features of this model:

• It represents the basic anatomical structure of the liver, including the four lobes (right, left, quadrate and caudate).
• It highlights the complex vascular network of the liver, with the portal vessels, hepatic arteries and hepatic veins, often shown in different colours for easy identification.The gallbladder and the intrahepatic and extrahepatic bile ducts are also visible.
• The model is usually mounted on a stand for greater stability during demonstrations.