The ESAW Monocot Stem Internal Anatomy Model is a high-detail, enlarged botanical teaching aid designed to display the internal vascular arrangement of monocotyledonous plant stems. This 3D model highlights essential tissue types such as scattered vascular bundles, ground tissue, xylem, and phloem—perfect for hands-on biology education.
Built from durable, lab-grade material and backed by ESAW's export quality standards, this model supports interactive STEM learning across biology labs in India, Africa, Europe, and the USA. Ideal for educators seeking affordable monocot stem models for labs, this tool enhances both practical learning and demonstration efficiency.
Perfect for science classrooms, university labs, and international institutions, this model supports visual learning and helps students better understand plant vasculature.
📦 Technical Specifications:
| Product Name |
Monocot Stem Internal Anatomy Vasculature Model |
| Material |
Rigid, Color-Coded Educational Polymer |
| Size |
Enlarged, Lab Teaching Size |
| Catalog No. |
ESAW-BOT-MONO-STEM-VASCULATURE-2083 |
| Quantity per Case |
1 Unit |
| Brand |
ESAW India |
| Country of Origin |
India |
🔍 Use Case Scenarios:
-
Students: Helps visualize monocot structure and vasculature during biology practicals.
-
Schools & Colleges: Suitable for life science curriculum in CBSE, ICSE, and IB boards.
-
Science & Chemistry Labs: Ideal for internal anatomical comparisons in plant studies.
-
Medical/Nursing/Engineering Colleges: Beneficial for general botany and anatomy subjects.
-
Industrial Labs & Research Centres: Used in agronomy and botanical R&D settings.
🌍 Target Countries:
India, UAE, South Africa, Sri Lanka, Bangladesh, USA, UK
🔗 Explore Related ESAW Categories:
The Monocot Stem Internal Anatomy Vasculature Model by ESAW India simplifies complex plant tissue structure into a high-impact visual learning tool. Designed for global educational needs, it is a trusted choice for bulk buyers, science educators, universities, exporters, and laboratory suppliers looking to source high-quality botanical models from India.
