Compact set, accurate and cost-effective for the study of rectilinear motion (uniform and varied).
In this equipment a ball is thrown from an electromagnet and runs on an aluminum rail. The travel time is recorded using a timer with two fixed Photoelectric Sensors in a metal guide with millimeter scale.
Gyroscope high-accuracy high-speed rotation. Manufactured with a large, heavy suspended wheel mounted in a plastic cage high strength. Came with a box for storage, a pedestal and a rope to give rotation to the gyroscope.
Equipment for demonstration to spread the pressure.
Compact and versatile set for buoyancy experiment.
In this experiment, the hemispheres are joined together and air is withdrawn through a valve metal using a vacuum pump (manual or electric).
Once the air has been removed, it is almost impossible to separate the disks, however the air to reenter the discs are easily separated.
Facilities for the study of static moment. The operation is based on the balance of a bar at different points of support through mass measured. Furthermore, it allows for variation of both forces acting on the bar and the positions of these forces, allowing different equilibrium configurations. Predominantly made of steel to ensure high quality and durability, even with an intense handling.
Equipment for the study of Hooke’s Law and other related studies such as the MHS and the association springs. With precise springs and indication system with millimeter ruler and magnetic arrows, you can measure the deformation of the spring with accuracy. Moreover, the assembly is modular and completely collapsible allowing their storage in a small space in the laboratory.
Predominantly made of steel to ensure high quality and durability, even with an intense handling.
Modular and versatile set for pulley association experiments.