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Consist of a closed transparent box with a transparent tube through the center. The box contains iron filings and silicon oil. When one or more cylindrical magnets are inserted into the central tube, the filings are attracted and line up along the field lines in all dimensions. With Cylindrical Magnet.

To demonstrate the magnetic lines of forces, 46 magnetic compasses are fitted on a 300 x 300 mm approximately square wooden base. Permanently fitted magnetic compasses provide an advantage of easy handling and storage.

It is an apparatus to demonstrate the fundamentals of magnetic induction. Students can find relationship between magnetic field strength and induced voltage. The unit is complete with a coil fixed in the board, a cylindrical magnet, a pair of connecting leads and a galvanometer. With instruction manual.

The Random Oscillating Magnetic Pendulum (ROMP) is a popular desktop toy. It consists of a pendulum, with a small magnet attached to the end, which can swing freely over a metal base. On the base there are nine numbers of strong, disc-shaped magnets, which act on the pendulum with either an attractive or repulsive force. When the pendulum is displaced and released, it tends to swing in an erratic, unpredictable pattern. Due to friction, the pendulum eventually comes to rest over one of the magnets.

Magnetics Kit 1 includes materials for 7 activities on magnetism based topics. The kit comes in a heavy duty carry-case for ease of storage. Simple to set-up with all components easily accessible. A full manual with detailed activities for both the teacher and the student is included along with scientific background on each topic. Activities are designed to guide students to discover concepts but are styled so the instructor knows what equipment is needed for each activity.

Experiments include:
Magnetic and non-magnetic objects
North and south poles
Earth’s magnetic field
Observing magnetic field lines
Interacting forces
Strength of magnets using ferromagnetic chains
Eddy currents