Educational Models Manufacturer & Exporter – ESAW
ESAW is one of India’s most trusted manufacturers and exporters of scientific and anatomical models for educational, research, and training purposes. Our extensive range of 3D educational models is designed for accuracy, durability, and ease of understanding, making them ideal for academic demonstrations and laboratory instruction across a wide array of disciplines.
🔗 View the complete collection: https://www.esawindia.com/collections/models-1
🧠 Key Features of ESAW Educational Models:
Constructed from high-grade PVC and non-toxic materials
Realistic detailing with color-coded sections for easy learning
Includes anatomical models (human & animal), botanical models, biological structures, and physics demonstration units
Detachable parts for hands-on exploration and classroom interaction
Long-lasting finish, resistant to chemicals and wear from frequent handling
Suitable for medical, paramedical, biology, and engineering education
📘 Applications in Educational & Research Institutions:
Medical colleges for anatomy and physiology training
Schools and universities for biology, earth science, and environmental studies
Nursing schools for procedural and patient education
Research and development labs for demonstrative analysis
Museum displays and science exhibitions
✅ Why ESAW?
Backed by over six decades of manufacturing experience in scientific education
Partnered with leading universities, technical institutes, and schools across India and abroad
All models undergo quality assurance checks for instructional reliability
Bulk order support with customization options
Fast shipping and dependable export logistics to Africa; Middle East; Southeast Asia; South America
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The ESAW Germination of Dicot and Monocot Seed Model is a detailed and scientifically accurate 3D representation that vividly demonstrates the stages of germination in both dicotyledonous and monocotyledonous seeds. Made from premium-grade durable plastic and colored for clarity, this educational...
The ESAW Dicot Leaf T.S. Model is a highly detailed, enlarged model showing the transverse section (T.S.) of a dicotyledonous leaf. It features accurate differentiation of tissues such as the upper and lower epidermis, palisade mesophyll, spongy parenchyma, vascular bundles, and stomata—making it...
The ESAW Isobilateral Leaf Model is a precise, enlarged educational tool representing the transverse section (T.S.) of an isobilateral leaf. Designed to aid in understanding the internal anatomy of monocot leaves, it highlights features such as parallel venation, vascular bundles, mesophyll tissu...
The ESAW Leaf Anatomy Model provides an enlarged, color-coded, and structurally accurate representation of a typical dicot or monocot leaf cross-section. Designed to support effective understanding of plant tissue structure, this model highlights key features such as the cuticle, epidermis, mesop...
The ESAW Dicot Stem Model is an enlarged, classroom-friendly 3D representation of a dicotyledonous plant stem, meticulously designed to showcase vascular bundles, cortex, cambium, xylem, phloem, and other tissue layers in bold, contrasting colors. Ideal for visual and tactile learning, this model...
The Monocot Stem Model by ESAW India is a scientifically accurate, enlarged anatomical teaching tool that showcases the internal structure of a monocotyledonous stem. Color-coded and highly detailed, it vividly displays vascular bundles scattered within the parenchyma, epidermis, hypodermis, and ...
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 phloe...
The ESAW Model of the Absorption Zone of Root is a scientifically accurate, enlarged 3D representation that demonstrates how root hairs absorb water and nutrients from the soil. Designed for biology education, this model clearly illustrates the epidermis, cortex, endodermis, vascular tissues, and...