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Lab-Aids™ Molecular Model Kits

Hands-on learning activities help to visualize, construct and manipulate the invisible structure of molecules.

$30.55 - $197.00


Type Molecular model kit
View More Specs
Catalog Number Mfr. No. Includes Price Quantity    


fisher science education
Student directions and guide, 50 covalent electron bonds, 10 Carbon tetrahedral (black), centers, 2 Nitrogen tetrahedral (red), centers, 4 Oxygen tetrahedral (blue), centers, 2 Bromine single electron (blue-green), atom units, 4 Chlorine single electron (green), atom units, 28 Hydrogen single electron (dark green), atom units, 2 Iodine single electron (dark green), atom units, 2 Oxygen double electron (blue), atom units Each for $30.55


fisher science education
Twelve packets of color-coded molecular model Each for $166.80


fisher science education
Students study electron characteristics using Bohr model, atoms gaining, losing/sharing electrons in order to form molecules, 3-dimensional structure Each for $197.00
Description & Specifications


Type Molecular model kit

Introduction to Molecular Models Kit:

  • Colorful with easy-to-assemble pieces; includes two- and three-dimensional models
  • Specially designed two-dimensional color-coded atoms introduce molecular models and electron structure of atoms
  • Progress to three-dimensional color-coded atoms to visualize the structure of a formula and make behavior more understandable
  • Contains instructions and full background information
  • Class size: 50 students
Molecular Model Kit:
  • Furthers student understanding of molecular properties
  • Three-dimensional model for greater realism
  • Illustrates molecular shapes and special properties
  • Class size: 24 students working in pairs
Individual-Use, Student Organic Molecular Model Set:
  • Economical set designed for teacher-directed activities in organic chemistry
  • All components easily assemble from color-coded plastic pieces
  • Excellent for individual student study of homology, isomerism, functional groups and nomenclature Flexible design of covalent electron bonds makes construction of double and triple bonds easy