Michelson Interferometer Optical Bread Board Model

Michelson Interferometer Optical Bread Board Model

95000 INR/Piece

Product Details:

  • Power Not required for passive model; light source requires standard mains power.
  • Usage Demonstration and experimental study of interference, optical path measurement, wavelength determination, refractive index measurement.
  • Voltage 220V AC, 50Hz (for illuminant/lamp).
  • Display Not applicable (uses direct visual observation or auxiliary screens).
  • Product Type Optical Interferometer Bread Board Model.
  • Material Rigid anodized aluminum breadboard, optical glass mirrors, mechanical steel supports.
  • Design Modular compact design with pre-aligned slots for all interferometer components.
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Michelson Interferometer Optical Bread Board Model Price And Quantity

  • 1 Piece
  • 95000 INR/Piece

Michelson Interferometer Optical Bread Board Model Product Specifications

  • Rigid anodized aluminum breadboard, optical glass mirrors, mechanical steel supports.
  • Demonstration and experimental study of interference, optical path measurement, wavelength determination, refractive index measurement.
  • Modular compact design with pre-aligned slots for all interferometer components.
  • Not applicable (no battery operation).
  • Manual viewing through eyepiece and screen; can be upgraded with photodetectors.
  • Helium-Neon (He-Ne) Laser or Sodium Vapor Lamp (as required).
  • Approx. 450 x 300 x 150 mm (assembled).
  • Not required for passive model; light source requires standard mains power.
  • Net weight approx. 6 kg.
  • Not applicable (uses direct visual observation or auxiliary screens).
  • Michelson Interferometer has precise optical alignment for reliable fringe production; typical accuracy for fringe displacement measurements is within 0.01 mm.
  • Mains operated (for illuminant).
  • Optical Interferometer Bread Board Model.
  • 220V AC, 50Hz (for illuminant/lamp).
  • Includes alignment pin and adjustment keys
  • 15C to 35C
  • 25 mm diameter, /4 flatness
  • Coarse and fine micrometer screw movement up to 15 mm
  • Metric M6 holes, anti-vibration feet
  • 50/50 non-polarizing glass plate, 25 mm diameter
  • Table-top educational and research setups
  • Graduated scale, 0.01 mm resolution
  • Protective covering for optics, laser safety guide included
  • Accepts laser beams up to 8 mm diameter
  • Kinematic mounts with precision tilt and translation
  • /4 or better (high quality optical mirrors)

Michelson Interferometer Optical Bread Board Model Trade Information

  • 10 Piece Per Month
  • 7 Days
  • All India

Product Description

Michelson Interferometer Optical Bread Board Model


Michelson interferometer is a common two beam interface optical interferometer. The incident beam is split into two equal intensity beams by using beam splitter. One beam is moves towards Mirror M1 and other towards M2; after reflection from both mirrors beams superimpose at beam splitter and interference pattern can be observed on screen.

In this model of Michelson interferometer, sodium vapor lamp is used as light source. Sodium has two emission wavelengths that have extremely close values and without sensitive equipment, it cannot be distinguished. Measurement of these lines, designated as D1 and D2 Fraunhofer lines, the average wavelength as well as difference between the two emission lines of sodium can be determined. The purpose of this experiment is to measure the wavelength of Sodium D emission lines.

Experiment Performed

  • To find out the difference in wavelength of D1 and D2 lines of sodium light.
  • To determine wavelength of light source.
  • To find refractive index of a transparent plate.


Precision Optical Interferometry

Engineered for accuracy, the Michelson Interferometer Bread Board Model employs high-grade optical components to deliver sharp, reliable interference fringes. Its fine micrometer adjustment and kinematic mirror holders allow meticulous control, making it ideal for both demonstration and research applications in optics laboratories or classrooms.


Modular & User-Friendly Design

All components are pre-aligned for quick assembly on the rigid aluminum breadboard. Anti-vibration feet provide a stable platform, while safety features such as lens covers and a detailed laser safety guide help ensure risk-free operation.


Versatile Laboratory Applications

Whether you are measuring optical path lengths, determining wavelengths, or exploring refractive indices, this interferometer is versatile enough to handle a wide spectrum of fundamental and advanced experiments. Compatible with standard He-Ne and Sodium Vapor light sources, it fits seamlessly into any academic or industrial environment.
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