SMARTLAB Totally Squishy: 60-Piece Human Body Kit with 12-Inch Model & Glowing Eyeballs

Meet SMARTLAB Totally Squishy: A Hands-On Anatomy Kit

Discover the inside of the human body with a tactile, kid-friendly science set. The SMARTLAB Totally Squishy kit features a full squishy human body plus a separate squishy brain, designed for hands-on exploration with safe plastic tools. With 60 pieces and 36 removable parts, the 12-inch life-like body model rests on a sturdy stand for easy demonstrations and display. Glow-in-the-dark elements illuminate the skull, bones, nerves, and eyeballs, adding a visual spark that enhances curiosity during play.

What you get

• 60 pieces total, including 36 removable parts and a 12-inch body model
• Separate squishy brain and a skull model with a moving jaw
• Removable organs such as lungs, heart, liver, and intestines
• Glowing components: skull, bones, nerves, and eyeballs for visual cues
• A 24-page illustrated book and 10 activity cards to guide exploration
• Forceps, tweezers, and a scalpel for careful manipulation
• Model stand for hands-free display and study
• STEM focus on biology and anatomy; ideal for ages 8 and up

How it supports curious minds

This kit invites learners to build, rebuild, and inspect the body’s structure in a safe, playful context. Use the tools to interact with the brain and body, then reference the illustrated book and activity cards to connect the parts to real-life functions. The glow features offer an engaging, memorable way to explore how the body fits together, while the 24-page book presents approachable explanations and fun facts about human biology.

Why families and classrooms love it

• Hands-on exploration that complements classroom biology or science fairs
• Visual and tactile learning through removable organs and glow-in-the-dark parts
• Structured activities that guide curiosity without overwhelming beginners

Note: This is a playful educational set designed to inspire interest in anatomy and biology through safe, interactive play. It offers possibilities for exploration and discussion, rather than medical instruction.