Optical profile-bench for student experiments, l = 600 mm

Item No. 08376-00 | Type: Equipment & Accessories

Pupils
Delivery time: Delivery when available
EUR 81.70
Content 1 piece

Function and Applications

Solid optical profile bench for the execution of student experiments.

Benefits

  • solid torsionally resistant special profile
  • 2 guide rails to the fast fastening of sliders with optical components
  • integrated holding fixture for measuring tape
  • movable measuring tape
  • undetachably knurled screw to the safe fastening of the light box

Equipment and Technical Data

  • black anodized special profile from AlMgSi light alloy
  • with anti-corrosion protection
  • measuring tape: length 600 mm / scale: 0-59 cm (0 at 1 cm) / dividing 1 mm
  • distance of the guide rails: 50 mm
  • dimensions of the profile:
    • length: 600 mm
    • width: 100 mm
    • height: 47 mm

Device name
Item No.
Digital learning
Square distance law with Cobra SMARTsense
Item No. P1077069
Polarisation of light with Cobra SMARTsense
Item No. P1077169
Day and night
Item No. P1067100
Digital learning curricuLAB
The seasons
Item No. P1067200
Digital learning curricuLAB
The phases of the moon
Item No. P1067300
Digital learning curricuLAB
Solar and lunar eclipses (with the earth-moon model)
Item No. P1067400
Digital learning curricuLAB
The pinhole camera
Item No. P1067500
Digital learning curricuLAB
Luminous intensity (photometer)
Item No. P1067600
Digital learning curricuLAB
Illuminance (inverse square law)
Item No. P1067700
Digital learning curricuLAB
Projected image with a concave mirror
Item No. P1067800
Digital learning curricuLAB
Law of imagery for a concave mirror
Item No. P1067900
Digital learning curricuLAB
Determining the magnification of a concave mirror
Item No. P1068000
Digital learning curricuLAB
Images in a convex mirror
Item No. P1068100
Digital learning curricuLAB
Image obtained with a convex lens
Item No. P1068200
Digital learning curricuLAB
Determining the focal length of a convex lens
Item No. P1068300
Digital learning curricuLAB
Law of imagery for a convex lens
Item No. P1068400
Digital learning curricuLAB
Determining the magnification of a concave lens
Item No. P1068500
Digital learning curricuLAB
Image obtained with a concave lens
Item No. P1068600
Digital learning curricuLAB
Pincushion an barrel distortion
Item No. P1068700
Digital learning curricuLAB
The magnifying glass
Item No. P1068800
Digital learning curricuLAB
The structure of a microscope
Item No. P1068900
Digital learning curricuLAB
Determining the magnification of a microscope
Item No. P1069000
Digital learning curricuLAB
The astronomical telescope
Item No. P1069100
Digital learning curricuLAB
The Galilean telescope
Item No. P1069200
Digital learning curricuLAB
Determining the magnification of a telescope
Item No. P1069300
Digital learning curricuLAB
The camera
Item No. P1069400
Digital learning curricuLAB
The depth of focus of a camera
Item No. P1069500
Digital learning curricuLAB
The slide projector
Item No. P1069600
Digital learning curricuLAB
Diffraction at a grid
Item No. P1069700
Digital learning curricuLAB
Determination of the wavelength by grid diffraction
Item No. P1069800
Digital learning curricuLAB
Polarisation with filters
Item No. P1069900
Digital learning curricuLAB
Rotation of the polarisation plane with a sugar solution
Item No. P1070000
Digital learning curricuLAB
Fresnel's double mirror experiment
Item No. P1195000
Fresnel's biprism experiment
Item No. P1195100
Young's double slit experiment
Item No. P1195200
Newton's rings
Item No. P1195300
Diffraction at an edge
Item No. P1195400
Diffraction at a slit
Item No. P1195500
Diffraction at a narrow obstacle (line) - Babinet's princip-le
Item No. P1195600
Diffraction at a double slit
Item No. P1195700
Diffraction at multiple slits
Item No. P1195800
Diffraction at a grating
Item No. P1195900
Determination of the wavelength by grid diffraction
Item No. P1196000
Coherence condition
Item No. P1196100
Diffraction at a crossed grating
Item No. P1196200
Diffraction at circular apertures
Item No. P1196300
Diffraction at a system of circular apertures of equal size
Item No. P1196400
Resolving power of optical devices
Item No. P1196500
Resolving power of the microscope
Item No. P1196600
Spectral resolving power of a grating
Item No. P1196700
Polarisation by filters
Item No. P1196800
Polarisation by strain double refraction (birefringence)
Item No. P1196900
Chromatic polarisation
Item No. P1197000
Polarisation by reflection
Item No. P1197100
Polarisation by refraction
Item No. P1197200
Polarisation by dispersion
Item No. P1197300
Brewster's law
Item No. P1197600
Rotation of the polarisation plane in a sugar solution
Item No. P1197700
Color mixing in experiments on optical profile bench with LED lamp
Item No. P1437000
The function of iris and pupil with eye function model
Item No. P1077000
Accommodation of the eye with eye function model
Item No. P1077100
The projection of an object on the retina
Item No. P1077200
Nearsightedness with eye function model
Item No. P1077300
Farsightedness with eye function model
Item No. P1077400
Presbyopia with eye function model
Item No. P1077500
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