Description
Specifications
Product Name – Dicot Root Model
Quantity/Pack Size – Single Unit
Form – Solid Model with Removable Sections
Grade – Laboratory Grade
Application – Anatomical Visualization, Vascular Structure Observation, Laboratory Reference
product overview
The Dicot Root Model provides a detailed, anatomically accurate representation of a typical dicotyledonous plant root, including key structures such as the epidermis, cortex, endodermis, pericycle, xylem, and phloem. Constructed from high-quality laboratory-grade materials, the model ensures durability and stability for repeated handling and observation. Each section is precisely segmented and color-coded, allowing for easy identification of vascular bundles and internal structures. The removable cortex and xylem elements enable close examination of internal arrangements, demonstrating the relationship between different root tissues clearly. The model’s realistic proportions, robust design, and accurate detailing make it suitable for in-depth visualization of dicot root anatomy. Its modularity ensures convenient handling, while the smooth, finished surfaces provide clarity in observing minute structures. Lightweight yet sturdy, it can be securely placed on laboratory surfaces or display stands for stable inspection. Combining high fidelity with practical usability, this Dicot Root Model serves as a reliable and interactive tool for understanding root anatomy, structural relationships, and morphological details, making it an essential component for laboratories and demonstration purposes.
FAQs
1. Are the cortex and xylem sections detachable for detailed study?
Yes, key sections are removable, allowing focused observation of internal vascular structures.
2. Is the model suitable for standard laboratory display stands?
Yes, it can be placed securely on laboratory surfaces or compatible stands for stable examination.
3. Are there alternative plant root models available?
Yes, models of monocot roots and other plant species are available for comparative studies.
4. What is the recommended storage for maintaining the model’s quality?
Store in a dry, clean area away from direct sunlight and extreme temperatures to preserve materials.
5. Can multiple units be ordered for classroom or laboratory setups?
Yes, bulk orders can be arranged to meet institutional or laboratory requirements efficiently.
