Eisco® Organic Chemistry Molecular Model Student Set – 50 Atoms, 114 Pieces with Links & Tool – Chemistry Learning Kit for Students & Classrooms
Eisco® Organic Chemistry Molecular Model Student Set – 50 Atoms, 114 Pieces with Links & Tool – Chemistry Learning Kit for Students & Classrooms
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114-Piece Organic Chemistry Model Kit – Includes 50 atom pieces, 64 links, and an assembly tool for building a wide variety of molecular structures.
Durable, Color-Coded Atoms – Carbon, hydrogen, oxygen, nitrogen, halogen, sulfur, phosphorus, and metal pieces with multiple bonding options.
Single, Double & Triple Bonds – Flexible gray and white links allow construction of realistic molecular models.
Student & Classroom Ready – Comes in a sturdy 4-compartment storage box with detailed instructions, ideal for organic chemistry courses.
Cost-Effective Alternative – Equivalent to 3B W19721 set, offering the same functionality at a more affordable price.
Build and visualize complex organic chemistry structures with the Eisco® Organic Chemistry Molecular Model Student Set. Designed for students, teachers, and classroom demonstrations, this 114-piece molecular modeling kit makes it easy to construct hundreds of different open and closed molecular structures.
The set includes 50 durable atom pieces in multiple colors (carbon, hydrogen, oxygen, nitrogen, halogens, sulfur, phosphorus, and metal) along with 64 flexible links to represent single, double, and triple bonds. An assembly/removal tool is included to make building and modifying models simple and efficient.
Packaged in a convenient 4-compartment storage box, this molecular model kit is perfect for high school, college, and organic chemistry courses. It serves as a cost-effective alternative to the 3B W19721 kit, offering the same atom types and quantities at a more affordable price.
Whether used for self-study, lab work, or group learning, the Eisco molecular model set helps students visualize bonding, molecular geometry, and chemical structures, reinforcing essential chemistry concepts in a hands-on way.
