Acrylic Fusion Model with Plastic Beads – For Physics, Chemistry & Biology Lab Demonstrations
The Acrylic Fusion Model with Plastic Beads is a scientifically designed teaching aid ideal for Physics, Chemistry, and Biology laboratory demonstrations. Constructed from high-grade transparent acrylic, this model allows educators to visually demonstrate fundamental science concepts such as diffusion, fusion, particle motion, mixing, density separation, and kinetic molecular theory using colorful plastic beads. Perfect for STEM education, science exhibitions, and classroom experiments, it offers an engaging and interactive learning experience for students from middle school to senior secondary levels.
Description
�� Product Specifications:
Product Name: Acrylic Fusion Model with Plastic Beads
Body Material: High-impact transparent acrylic (PMMA) – 3 mm to 5 mm thickness
Overall Dimensions: 300 mm (L) × 200 mm (W) × 80 mm (H) – Custom sizes available
Beads Material: Colored plastic beads (HDPE / Acrylic / PP)
Bead Diameter: 5 mm to 10 mm – Assorted color pack
No. of Beads: 100–200 pieces included
Compartments: Single, Dual or Triple chambers (optional partitions)
Closure: Snap-lock lids or sliding top cover
Base: Stable rectangular base with anti-slip rubber feet
Weight: Approx. 1.2 Kg (including beads)
Usage: Demonstration of fusion, molecular motion, mixing, density, separation, fluid dynamics
Country of Origin: Made in India (Ambala)
Branding: Custom logo printing available for institutions
⚙️ Key Features:
Made from crystal-clear acrylic for maximum visibility
Includes vibrant plastic beads that simulate particle motion
Ideal for showing fusion, kinetic energy, heat transfer, and density variation
Modular design with removable partitions for flexible usage
Shatter-resistant, lightweight, and easy to clean
Suitable for NEP 2020-based activity learning
Excellent for school demonstrations, science fairs, and practical sessions
Non-toxic, washable beads safe for classroom use
Works without electricity – perfect for manual lab setups
Designed and manufactured by trusted Indian suppliers in Ambala Science Market
�� Applications in Science Education: �� Physics Lab
Demonstrate particle movement under external force
Show energy distribution and molecular collisions
Simulate kinetic molecular theory and Brownian motion
Visualize Newtonian dynamics in particulate systems
�� Chemistry Lab
Explain molecular diffusion between different zones
Simulate chemical mixing and solution concentration gradients
Visualize solid-liquid or gas interactions
Teach thermodynamics, entropy, and fluidic behavior
�� Biology Lab
Represent cell transport phenomena and osmosis analogies
Illustrate membrane diffusion and cytoplasmic streaming
Simulate nutrient movement across compartments
�� STEM & Robotics Education
Used as a passive analog model in inquiry-based learning
Enhance cognitive understanding of real-world systems
