4D Plant Cell Model with Detachable Parts, Realistic Color Coding for Classroom Teaching

Product overview A detailed PVC plant cell model designed for teaching and handson learning. Matched with computer colors and beautifully hand drawn, the model provides a nearrealistic view of cell structure and components. The set contains 24 detachable parts and measures 16.3 x 12.3 x 18 cm (6.42 x 4.84 x 7.09 in). Key benefits Visual and engaging: Bright, colorcoded parts make it easy to identify different organelles and hold student attention during lessons. Handson learning: Detachable parts allow students to assemble and disassemble the model, reinforcing understanding through tactile practice. Clear, realistic detail: Textured surfaces and carefully drawn features make internal structures easy to observe for study and demonstration. Durable and portable: PVC construction offers a lightweight, sturdy model suitable for repeated classroom use. Specifications Material: PVC, matched with computer colors, hand drawn finish Parts: 24 detachable pieces Size: 16.3 x 12.3 x 18 cm 6.42 x 4.84 x 7.09 in Depicted structures: cell wall, cell membrane, chloroplast, nucleus, vacuoles, cytoplasm, and other common organelles Features Color coding for quick identification of individual components Clear texture and realistic detailing for observation and research Detachable assembly encourages exploration and improves retention through active learning Suitable for individual or group demonstrations Use scenarios Classroom demonstration: Use as a focal model during lessons on plant and animal cell structure to illustrate organelle position and relationships. Lab or study aid: Support lab sessions or independent study with a durable, realistic reference that students can take apart and rebuild. Science fair or presentation: Display the model to explain cellular anatomy during student presentations or science events. This model combines accurate visual detail and handson assembly to support learning and improve classroom engagement when studying cell structure and function.