Loading product…
Loading product…

Need Help?
+91 98967 93832The Michelson Interferometer Apparatus is a fundamental optical instrument designed for the study of interference and wave optics. By splitting a beam of monochromatic light into two separate paths and recombining them, the system produces interference fringes that can be used for highly accurate optical measurements. The apparatus enables students to investigate wavelength, wavelength separation, refractive index, and various interference phenomena. The precision mirror adjustment system provides smooth movement and accurate control, making the instrument suitable for advanced laboratory experiments and optical measurements. An optional VGA camera system allows real-time observation and display of interference fringes on monitors, projectors, or computers, enhancing both classroom demonstrations and laboratory investigations. Physics Lab Experiments from Atico Exports.
Experiments :
Beam Splitter & Compensator Flatness :
Coarse Mirror Travel :
Fine Mirror Travel :
Fine Adjustment Resolution :
Weight :
Dimensions :
Sodium-Tungsten Lamp :
He-Ne Laser :
Air Chamber Length :
Pressure Range :
Optional VGA Camera Specifications :
Sensor Size :
Resolution :
Pixel Size :
Crosshair Lines :
Output Format :
Controls :
Interferometer Main Frame :
Ground Glass Screen :
Alignment Aperture :
Sodium-Tungsten Lamp with Power Supply :
He-Ne Laser with Power Supply :
Air Chamber with Gauge :
Manual Counter :



































