66fit Female Torso: 15-Part Dissectible Anatomy Model, 42 cm tall

The 66fit female torso is a 15-part anatomical demonstration model crafted from washable PVC and mounted on a durable plastic base. It’s designed for medical teaching, nursing labs, and anatomy classrooms.

• Dissectible into 15 parts: Torso, head (two parts), brain, lungs (two), heart (two), stomach, liver, kidney, pancreas and spleen, intestine, and female genitalia (two parts).
• Durable, washable material: Made from washable PVC for repeated use and easy cleaning between demonstrations.
• Clear, realistic anatomy: Internal organs are arranged to reflect their natural positions for accurate demonstrations.
• Dimensions and weight: Height 42 cm; weight approximately 2 kg; suitable for tabletop display in standard classrooms.
• Stable mounting: Mounted on a sturdy plastic base to keep the model steady during group activities.
• Ideal for education settings: Suitable for medical teaching equipment, anatomy labs, nursing programs, and patient education demonstrations.

This model supports hands-on learning by allowing students to identify organs, observe spatial relationships, and practice dissection techniques in a safe, controlled environment. The 42 cm tall form and durable construction make it a reliable centerpiece for demonstrations, lab exercises, and self-guided study. Easy cleaning and a robust base help ensure longevity in busy teaching spaces. Add to cart to support hands-on anatomy learning.

Frequently Asked Questions

• What parts are detachable? The torso is dissectible into 15 parts, including the head (two parts), brain, lungs (two), heart (two), stomach, liver, kidney, pancreas and spleen, intestines, and female genitalia (two parts).
• What is the material? The model is made from washable PVC and is mounted on a plastic base.
• How big is the model? It stands 42 cm tall and weighs about 2 kg.
• Is it suitable for classroom teaching? Yes, it is designed for medical teaching equipment, anatomy labs, nursing education, and clinical demonstrations.
• How should I clean the model? Wipe with a damp cloth and mild soap; avoid harsh solvents or submerging in water.