Classroom Mechanics
United Scientific™ Engino™ STEM Simple Machines Set
Innovative product line to introduce and master STEM Concepts.
United Scientific™ Engino™ STEM MECHANICS: Levers, Linkages and Structures
Innovative product line to introduce and master STEM Concepts.
United Scientific™ Engino™ STEM Mechanics: Pulley Drives
Innovative product line to introduce and master STEM Concepts.
Eisco™ Tuning Forks Kit
The Tuning Forks Kit demonstrates relation between sound and wave propagation.
Eisco™ Pulley Demonstration Kit
Use the Pulley Demonstration Kit to investigate one of the six simple machines.
United Scientific™ Inclined Plane and Lever Kit
Explore basic mechanics concepts with this Inclined Plane and Lever Kit, an all-metal, freestanding apparatus, designed for both durability and ease of use.
Eisco™ Garage Physics Large Trebuchet DIY Kit
Kit engages the young learner to discover new ideas about the physical world through assembly and play. EISCO Garage Physics Large Trebuchet DIY Kit kits contain pre-cut wooden pieces that resemble woodworking projects.
Eisco™ Science Fair Kits - Eco-Structure Building Kit
Allows budding architects and engineers to creatively design safe, affordable, eco-friendly housing. Designed for class-room or school-wide STEM challenge competitions.
United Scientific™ Student Electricity Assortment
This Student Electricity Assortment conveniently assembles materials for investigation of electricity concepts.
Eisco™ Wood Dynamics Carts
Ideal for demonstrating Newton's laws of motion.
United Scientific Supplies Forces and Simple Machines Kit
Contains a variety of custom-made and unique components.
Eisco™ Ballistics Car
Ejected ball returns to its original position in the barrel of moving car.
United Scientific™ Engino™ STEM Mechanics: Levers and Linkages
Innovative product line to introduce and master STEM Concepts.
United Scientific™ Friction Rods and Pads
Ideal tools for demonstrating static electricity.
Eisco™ Capillary Tube Apparatus
This Capillary Tubes Apparatus is perfect for demonstrating the relationship between capillary pressure and the bore diameter of the capillary tube