4d Master Animal Cell Plant Cell Model Microstructure For Teaching Biology Microscopic Structure
Highlights:
Accurate and detailed representation of animal cell structures
Made with high-quality PVC plastic for durability and long-lasting use
Suitable for educational displays and teaching purposes
Enhances students' understanding of microscopic cellular anatomy
Description:
Introducing the 4D Animal Cell Model: a fascinating and educational tool that allows students to explore the intricate structures of cells. Designed for teaching and display purposes, this PVC plastic model offers a detailed and accurate representation of both animal and plant cells, providing a captivating visualization of microscopic biology.
Crafted with precision and attention to detail, this model showcases the unique characteristics and components of animal and plant cells. The animal cell component of the model features a distinct cell membrane, nucleus, mitochondria, Golgi apparatus, endoplasmic reticulum, and lysosomes.
The 4D Animal Cell Model is an ideal teaching aid for school classrooms. With its lifelike representation of microscopic structures, it enhances students' understanding of cell biology and provides a visual aid to support classroom lessons. Whether used for individual study or group discussions, this model serves as a valuable tool in engaging students and promoting active learning.
Features:
Material: PVC plastic
Size: 17*12.5*27cm/3.69*4.92*10.63in
Style: Teaching Tool
Package: Box
Package Included:
1*Set
(24 accessories are included)
Notes:
1: Measurement of the item lying on the table may cause 1-3cm difference, please note the sizes for it doesn't fit all people. Please view the details of the size information before your purchase.
2: The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness when photo taking.
3: Each product is unique and made by hands, that's why small deviation from the photos in the listing is possible.