"Klinger"

Measuring the Zeeman splitting of red cadmium.

This kit includes five different experiments exploring X-rays.

Five different experiments exploring X–rays and tomography.

The Hall Effect Apparatus explores solid-state physics and conduction phenomena.

Solid-state physics – conduction phenomena.

Determine the transition temperature of a superonductor.

The X-ray image sensor allows capturing the Laue pattern in one minute (much faster than conventional film) and the digital evaluation eases the determination of the diffraction angles on the computer.

Perform many different lessons around reflection, refraction, diffraction, and interference.

Use this ray box on a whiteboard to vividly demonstrate optical principles.

An advanced laser ray box that clearly demonstrates the optical axis.

This set has been designed for simple and clear demonstration of the principles of geometrical optics - transmission, reflection and refraction.

This laser ray box has several modes, with 1, 3, or 5 beams.

This laser ray box uses cylindrical LED lenses to focus the beam.

High precision, quantitative atomic spectra experiment.

Measure Brewster’s angle for a given dielectric dispersive medium.

Find the concentration of a liquid using the samples of known concentration using the Beer-Lambert law.