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  Science Model

  Organ Pipe Model

  This model helps illustrate how sound is produced in organ pipes of different lengths. When the pipes are struck or air is blown across their openings, they resonate at different frequencies based on their lengths.Resonance:Each pipe resonates at a specific natural frequency determined by its length.Wavelength and Frequency:Longer pipes produce lower-frequency (deeper) sounds.Shorter pipes produce higher-frequency (shriller) sounds.Standing Waves:The sound within each pipe forms a standing wave, with nodes and antinodes depending on whether the pipe is open or closed at one or both ends.

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  Science Model

  Frog Dissection Model Small

  This small-size frog dissection model clearly shows the internal organs of a frog in a detailed and enlarged format. The model displays important organs such as the heart, lungs, liver, stomach, intestines, pancreas, kidneys, urinary bladder, and reproductive organs. It helps students understand amphibian anatomy and organ placement without the need for actual dissection . Manufactured from durable, non-toxic PVC material, the model is hand-painted with natural colors for realistic appearance. The parts are precisely detailed and mounted on a strong base for easy classroom demonstration.

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  Science Model

  Typical Plant Cell Model

  The Typical Plant Cell Model is a highly detailed and enlarged educational model designed to demonstrate the structure of a plant cell. It is an essential teaching aid for biology classrooms, laboratories, and medical entrance coaching institutes.This enlarged 3D model clearly illustrates the internal structure of a typical plant cell with all major organelles accurately represented and color-coded for easy identification. The model helps students understand cell organization, structure, and function in a simple and practical manner.The model displays important parts such as:.

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  Science Model

  Typical Flower Model On Stand

  The Typical Flower Model on Stand is a high-quality, enlarged 3D educational model designed to demonstrate the complete structure of a bisexual flower. It is an ideal teaching aid for schools, colleges, and biology laboratories for clear and effective explanation of floral anatomy.This scientifically accurate model clearly displays all major parts of a typical flower in enlarged form, making it easy for students to understand floral structure and reproduction. The model shows: