Special Edition Eisco Labs Fish Dissection Model (perch); Fish 19.5 Inches Long Cyber Monday Only [KSmBITiW]

Eisco Labs Fish Dissection Model (Perch)

Introducing the Eisco Labs Fish Dissection Model (Perch), a meticulously crafted educational tool designed for an in-depth understanding of fish anatomy. This large-scale, 19.5-inch long model is not just a visual aid but a comprehensive learning resource. With its vivid hand-painted details, the model offers a clear and accurate representation of the perch fish's internal and external structures. The included identification key card further enhances the learning experience, making it easier for students and educators to identify and study key anatomical parts.

Key Features and Specifications

The Eisco Labs Fish Dissection Model (Perch) is a testament to precision and detail. It boasts a model length of 19.5 inches, providing ample space for detailed study. The base dimensions of 10" x 7" x 1" ensure stability during use. The model's vivid hand painting ensures that each anatomical part is easily distinguishable, making it an excellent tool for visual learning. Additionally, the model includes a detailed identification key card, which serves as a valuable reference for comparing the labeled parts with the fish's actual anatomy.

• Vividly hand painted for clear anatomical identification.
• Model Length: 19.5" (Large Model) for comprehensive study.

Practical Applications and Benefits

The Eisco Labs Fish Dissection Model (Perch) is an invaluable asset for anyone interested in fish anatomy and biology. Its detailed 3D rendering allows for a thorough exploration of the perch fish's structure and function. Key anatomical parts, such as the skull, fins, and internal organs, are colored and numbered, making it simple to compare with the included anatomy key card. This model is perfect for educational settings, where it can be used to teach students about the basic structures and systems of a perch fish. Whether you are a student, educator, or a professional in the field, this model provides a visually and kinesthetically effective method for studying fish anatomy.