Classroom Mechanics
Eisco™ Hooke's Law Apparatus with Weights
Hooke's Law Apparatus with Weights is useful in helping students understand the linear relationship between force and extension.
United Scientific Supplies Mini Projectile Launcher
Suitable for use on a laboratory benchtop or from the bench to the floor
Eisco™ Gyroscope
This Gyroscope is carefully balanced, and completely fitted on a stand.
Eisco™ Physics Kit: Mechanics System 1
Students can explore common experiments such as The Simple Pendulum, Free Fall, Newton's Second Law, and The Atwood Machine with the Mechanics System 1 Physics Kit.
Eisco™ Uniform Motion Vehicle
Designed to aid in exploration of concepts like Newton’s laws, linear motion, constant velocity.
Eisco™ Inclined Plane and Cart Model
Elegantly designed wooden machine for easy student use.
United Scientific™ Hooke's Law Spring Set
Set of 5 springs with varying spring constants
Eisco™ Plastic Dynamic Cart Set
Excellent upgrade from the traditional wooden or metallic carts.
Eisco™ Tuning Forks Kit
The Tuning Forks Kit demonstrates relation between sound and wave propagation.
United Scientific Supplies Density Cube Sets
Demonstrate a variety of densities with equal shaped cubes. The United Scientific Supplies Density Cube Sets include one of each of a variety of cubes for density studies.
Eisco™ Glass Equilibrium Tube Set
This glass equilibrium tube set includes 4 borosilicate glass tubes of different shapes to illustrate that liquids will maintain the same level, regardless of shape
United Scientific™ Engino™ STEM Newton's Laws: Inertia, Momentum, Kinetic and Potential Energy
Innovative product line to introduce and master STEM Concepts.
Eisco™ Economy Force Table, 40 cm Diameter
Economical force table designed to help demonstrate Newton's first law and the vector nature of forces, and equilibrium.
Eisco™ Newton Cradle apparatus
For demonstration of conservation of momentum.
Eisco™ Ballistic Pendulum
The Ballistic Pendulum contains everything needed to measure the momentum of a projected object.