Demonstration laser optical kit
To conduct a large number of experiments intended to illustrate the principles of geometric optics in a very simple manner.
The optical components, such as lenses, mirrors, prisms and printed sheets, are fitted with a magnetic membrane and can be placed directly on a metallic board or white board.
To conduct the experiments, it is not necessary to darken the room.
A five-beam diode laser, U17302, (not supplied) serves as a light source.
Six printed sheets (eye, camera, Galilean telescope, Kepler telescope, spherical aberration and correction, 360° graduated circle) with pre-drawn positions facilitating the assembly of experiments.
Set of optical components for use in combination with a laser ray box and related board. This equipment set is ideal for conducting a wide variety of experiments on ray optics. Equipped with magnetic foil, the components can be easily attached to the board and aligned. Six work templates with pre-defined positions facilitate experiment setup. The beam paths can be observed from a relatively long way away without any need for darkening the room.
Experimental Topics:
Law of refraction
Law of reflection
Total reflection
Determining the focal length of curved mirrors and lenses
Lens laws
Correction of spherical aberration
Short-sightedness and long-sightedness of the human eye and the correction of such defects
Beam paths in cameras, microscopes and telescopes
Contents:
1 Biconcave lens
4 Biconvex lenses
1 Plano-concave lens
1 Hemispherical body (45 mm)
1 Hemispherical body (75 mm)
1 Plane mirror
1 Concave mirror
1 Convex mirror
1 Flat parallel block (60x100 mm²)
1 Prism
1 Wave guide (20x200 mm²)
6 Foils (410x290 mm²)
1 Experiment guide
To conduct a large number of experiments intended to illustrate the principles of geometric optics in a very simple manner.
The optical components, such as lenses, mirrors, prisms and printed sheets, are fitted with a magnetic membrane and can be placed directly on a metallic board or white board.
To conduct the experiments, it is not necessary to darken the room.
A five-beam diode laser, U17302, (not supplied) serves as a light source.
Six printed sheets (eye, camera, Galilean telescope, Kepler telescope, spherical aberration and correction, 360° graduated circle) with pre-drawn positions facilitating the assembly of experiments.
Set of optical components for use in combination with a laser ray box and related board. This equipment set is ideal for conducting a wide variety of experiments on ray optics. Equipped with magnetic foil, the components can be easily attached to the board and aligned. Six work templates with pre-defined positions facilitate experiment setup. The beam paths can be observed from a relatively long way away without any need for darkening the room.
Experimental Topics:
Law of refraction
Law of reflection
Total reflection
Determining the focal length of curved mirrors and lenses
Lens laws
Correction of spherical aberration
Short-sightedness and long-sightedness of the human eye and the correction of such defects
Beam paths in cameras, microscopes and telescopes
Contents:
1 Biconcave lens
4 Biconvex lenses
1 Plano-concave lens
1 Hemispherical body (45 mm)
1 Hemispherical body (75 mm)
1 Plane mirror
1 Concave mirror
1 Convex mirror
1 Flat parallel block (60x100 mm²)
1 Prism
1 Wave guide (20x200 mm²)
6 Foils (410x290 mm²)
1 Experiment guide
Properties
- 956271
- 1003049/3B
