"STEM kits"

Gain an understanding of materials science and liquid crustals and how they can be used in a variety of technologies.

Learn about biplastics and how their composition affects their physical properties.

Learn about Structures within a Plant Stem

A great way to introduce STEM into the classroom with a take-home activity.

Codeable, 3D-printed robotic hand for interactive STEM learning.

Integrate STEM Into Your Chemistry Experiments!

A great way to introduce STEM into the classroom with a take-home activity.

Easy-to-use technology drives student engagement and comprehension of critical STEM subjects.

A fun and safe way to bring STEM-based learning into the classroom.

Use the handheld P51™ fluorescence viewer to explore the world of fluorescence right at home!

Students use several techniques to investigate the location, methods, and mechanisms of transpiration in plants. Students first determine the source of water loss and confirm their findings with a qualitative chemical test. Then they prepare microscope slides of xylem in stem tissue, and prepare a leaf imprint using an innovative method that vividly highlights stomate structures. Finally, using WARD’S specially-designed potometer and supplied materials, students subject bean seedlings to varying environmental conditions to determine how transpiration is affected. You’ll get enough materials for eight setups, a teacher’s guide, and student copymaster.

Real world STEM investigation.

Elevate science demonstrations and experiments with this essential kit.

Contains two sizes of shock cords with mounts and instructions.

Miniature catapult for demonstrating STEM concepts with a medieval weapon.

These unstained microscrope slides are ideal to practice histological staining techniques.