Demonstration kit Optical bench – Basic collection



For demonstrating fundamental laws of light. The kit contains all the individual components and equipment needed for investigating the propagation of light, reflection of light, refraction of light and dispersion of white light into its component colours. The design and function of the human eye along with the most commonly used optical instruments are also illustrated and investigated in experiments.

Demonstration kit Optical bench – Basic collection

Art. no. 47600

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Technical specifications



Size of kit: 540 x 450 x 150 mm

experiments
  • 1 - Propagation of light

    experiment "Propagation of light"

    Investigation of the straight-line propagation of light.


  • 2 - Reflection at a plane mirror

    experiment "Reflection at a plane mirror"

    Study of the reflection on the plane mirror.


  • 3 - Converging lens

    experiment "Converging lens"

    Examine the converging lens.


  • 4 - Human eye – short-sightedness

    experiment "Human eye – short-sightedness"

    Illustration of a myopic eye and the correction by glasses.


  • 5 - Astronomical telescope

    experiment "Astronomical telescope"

    Illustration of a telescope.


  • 6 - Absorption of spectral colours

    experiment "Absorption of spectral colours"

    Observation of the absorption of colors of the spectrum when using a filter.


  • 7 - Diffraction at a grating

    experiment "Diffraction at a grating"

    Observing the diffraction of light at the grating.


  • 8 - Stress birefringence

    experiment "Stress birefringence"

    The polarization on the plastic tube is tested.


  • 9 - Rotation of the polarisation plane

    experiment "Rotation of the polarisation plane"

    Observe brightening of the light.


  • 10 - Shadow formation

    experiment "Shadow formation"

    Study of shadow formation.


  • 11 - Pin hole camera

    experiment "Pin hole camera"

    The students learn how a pinhole camera works.


  • 12 - Reflection at a curved mirror

    experiment "Reflection at a curved mirror"

    Study of the reflection on the curved mirror.


  • 13 - Refraction of light

    experiment "Refraction of light"

    Study of refraction of light.


  • 14 - Refraction of light in water

    experiment "Refraction of light in water"

    Refraction in water is studied.


  • 15 - Diverging lens

    experiment "Diverging lens"

    The students examine the diverging lens.


  • 16 - Focal length of converging lenses

    experiment "Focal length of converging lenses"

    Determine focal lengths for converging lenses.


  • 17 - Human eye model

    experiment "Human eye model"

    Illustration of the eye.


  • 18 - Human eye – long-sightedness

    experiment "Human eye – long-sightedness"

    Illustration of farsightedness and its correction.


  • 19 - Magnifying glass

    experiment "Magnifying glass"

    Illustration of a magnifying glass.


  • 20 - Terrestrial telescope

    experiment "Terrestrial telescope"

    Illustration of an earth telescope.


  • 21 - Projector

    experiment "Projector"

    Illustrate how a slide projector works.


  • 22 - Microscope

    experiment "Microscope"

    Illustration of the structure of a microscope.


  • 23 - Dispersion of light

    experiment "Dispersion of light"

    Observation of the diversion spectrum.


  • 24 - Diffraction at a slit – interference

    experiment "Diffraction at a slit – interference"

    Observation of interference at the slit.


  • 25 - Polarisation

    experiment "Polarisation"

    Study of the polarization of light.


  • 26 - Polarisation by birefringence

    experiment "Polarisation by birefringence"

    Poralization after refraction is investigated.


  • 27 - Chromatic polarisation

    experiment "Chromatic polarisation"

    Observation of the formation of the colored shimmer and the image of the mica.


scope of supply
  • 1 × Plastic case ca.540x450x150 mm
  • 1 × Foam insert grey, knobbed515x360x30 mm
  • 1 × All purpose rail, 1000mm
  • 5 × Rider with clamping tube 30 mm
  • 1 × Lens in frame, biconvex with rod, f = + 50 mm
  • 1 × Lens in frame, biconvex with rod, f = +100 mm
  • 1 × Lens in frame, biconvex with rod, f = + 200 mm
  • 1 × Lens in frame, biconcave with rod, f = -100 mm
  • 1 × Prism table
  • 1 × Colour filters, primary red, green, blue
  • 1 × Screen and mirror supporton rod
  • 1 × Screen, white/black w.rod
  • 1 × Screen, ground glass, 90 x 90 mm
  • 1 × Shadow ball on rod
  • 1 × Colour slide
  • 1 × Colour slide, microscopicpreparation
  • 1 × Plane-parallel plate, magnetic adhering
  • 1 × Optical model,half cylin-der, magnetic adhering
  • 1 × Optics lamp with quartz-iodine bulb 12 V/ 50 W
  • 2 × Diaphragm-and slideholder
  • 1 × Hole diaphragm, 1 mm dia.
  • 1 × Hole diaphragm, 2 mm dia.
  • 1 × Hole diaphragm, 4 mm dia.
  • 1 × Slit diaphragm, 1 slit
  • 1 × Slit diaphragm, 3 slits
  • 1 × Cover diaphragm
  • 1 × Slide with arrow motif
  • 1 × Prism, equilateral, 42x32 mm 3x60°
  • 1 × Plastic box, 61x54x54 mm
  • 1 × Cuvette
  • 1 × Foam insert for 47600, 515x365x110 mm
  • 1 × Storing diagram,int.vers.(Optical bench,bas.coll.)
  • 1 × Pair of adjustable feet for rails
  • 1 ×
additional materials required
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