Going Fast Infant Fetus Skeleton Model, Mini Size - Single Skull - Rod Mounted - Incredible Detail For Anatomical Study - Eisco Labs Money-back Guarantee [qDS2p4kH]

Mini Fetus Skeleton Model for Anatomical Study

Introducing the Eisco Labs Infant Fetus Skeleton Model, a remarkable educational tool designed for in-depth anatomical study. This mini-sized model, standing at an impressive 15 inches tall, offers an unparalleled level of detail and realism, making it an essential resource for both educators and students. With its single skull, articulated mandible, and removable arms and legs, this model provides a comprehensive view of the human skeleton from birth to in utero stages. Its quality hardware ensures smooth movement of major joints, allowing for detailed exploration of facial features and internal structures.

Superior Construction and Features

Crafted from durable plastisol polymer, this model is not only robust but also washable, making it easy to maintain and ideal for long-term use. The rod-mounted skeleton model is mounted on a sturdy stand, ensuring stability during use. Key features include an articulated mandible for closer study of the jaw, teeth, and internal structures, as well as removable arms and legs for convenient storage and study. The model's realistic textures and bony landmarks offer an incredible amount of detail, enhancing the learning experience and making it an excellent tool for patient demonstrations.

Practical Applications and Target Audience

Whether you are an educator, a medical professional, or a student passionate about human anatomy, the Eisco Labs Infant Fetus Skeleton Model is an invaluable resource. Its mini size and high detail make it perfect for classroom settings, private study, or clinical use. The model's versatility allows for a wide range of educational applications, from identifying skeletal makeup to understanding developmental stages. With its ease of use, durability, and realistic design, this model is an ideal choice for anyone seeking an accurate and engaging anatomical study tool.