Ovule Set of 4 Model on Stand

Ovule Set of 4 Model on Stand is a detailed botanical teaching aid supplied by Glass Agencies for demonstration and laboratory study in schools, colleges, universities, and research institutions. This educational set is designed to clearly illustrate the structure and development of the ovule in flowering plants through four enlarged and scientifically accurate three-dimensional models. It enables students to understand reproductive anatomy and fertilization processes with clarity and precision. The set typically represents different stages or types of ovules, such as anatropous, orthotropous, and campylotropous forms, depending on academic requirements. Each model clearly displays essential structural components including the integuments, nucellus, embryo sac, micropyle, chalaza, funiculus, and vascular supply. The internal arrangement of the female gametophyte is shown in detail, helping students visualize the egg cell, synergids, antipodal cells, and polar nuclei within the embryo sac. These enlarged representations make microscopic reproductive structures easier to observe and understand. Each model is distinctly color-coded and properly labeled to ensure easy identification during classroom lectures and laboratory demonstrations. The accurate detailing of tissues and orientation of the ovule helps explain processes such as pollination, pollen tube entry through the micropyle, double fertilization, and seed formation in angiosperms. The sequential arrangement of four models supports step-by-step explanation of ovule development and structural variations. Constructed from high-quality, durable, and non-toxic materials, the Ovule Set of 4 Model on Stand ensures long-term reliability and structural stability in educational environments. Each model is securely mounted on a sturdy stand, allowing convenient display on laboratory benches and demonstration tables. The enlarged three-dimensional design supports close observation, making complex reproductive concepts easier to understand for students at various academic levels. Widely used in botany laboratories, this model set supports interactive learning by bridging theoretical textbook knowledge with practical visual representation. It is especially useful in comparative studies of plant reproductive structures and seed development.