Frederiksen
Electrode holder, double, f. round elec
Electrode holder, double, f. round elecHolder for electrodes up to Ø 7.5 mm.
Electrometer
ElectrometerThis instrument measures very small current and charge, and enables a range of fascinating experiments to be performed.
Electronics set, large
Electronics set, largeThis large electronics set allows you to do a whopping 799 different experiments with electricity and electronics, making it a very versatile educational set.
The set consists of modules that are easily assembled using push buttons, so students can quickly get started with the experiments without the use of tools.
Electrostatic Material
Electrostatic MaterialThe electrostatic materials set contains a variety of materials that can be used to investigate and demonstrate phenomena within static electricity. The set consists of rabbit skin, silk cloth, wool cloth, plexiglass rod, glass rod and PVC rod. Two rod holders on a stand are included, which can also be used with bar magnets, making it easy to set up and conduct experiments.
Energy ball
Energy ballEye Cups, stereomicroscopes
Eye Cups, stereomicroscopesUnit: Pair
Eye model, 6 parts, 3x enlarged
Eye model, 6 parts, 3x enlargedEyepiece 10x WF model 30/40
Eyepiece 10x WF model 30/40Eyepiece 10x, WF18 mm
Eyepiece 10x, WF18 mmUnit: Pcs
Eyepiece 20x
Eyepiece 20xEyepiece 20x, model 60/NeoZoom
Unit: Pcs
Eyepiece 20x
Eyepiece 20xEyepiece, 20x, WF, model 30/40
Eyepiece adapter for PrimoX
Eyepiece adapter for PrimoXUnit: Pcs
Falling bodies apparatus
Falling bodies apparatusBall shooter for illustrating the principle of independent horizontal and vertical motion: The throwing motion can be seen as composed of free-fall and horizontal motion.The shooter fires one ball horizontally and the other is released in free-fall.
Faraday’s ice pail
Faraday’s ice pailUsed with electrometer 441030 or electroscope 441000 for demonstrating electrostatic induction.
Faradays cage
Faradays cageFaradays cage
Faradays cageFaraday’s cage is used to demonstrate that electric charge resides on the outside of a conducting body. When the cage is placed in an electric field, it protects objects inside from being affected – a clear demonstration of the principle of electrical shielding.

