Newton’s Ring Microscope VM – 3

Newton’s Ring Microscope VM-3 is a precision optical instrument designed for studying interference patterns and measuring wavelengths in physics laboratories. It is used to observe Newton’s rings formed by the interference of light and enables accurate measurement using a built-in micrometer system. The microscope provides clear magnified viewing with smooth rack-and-pinion focusing and is mounted on a stable base for vibration-free operation. It is ideal for determining wavelength of light and refractive index in academic and research experiments.

Key Features

Designed for Newton’s rings interference experiments
Magnification around 30X for clear observation of fringes
Micrometer measurement system for precise readings
Least count approximately 0.001 cm for high accuracy
Rack and pinion focusing for smooth adjustment
Stable heavy base for vibration-free measurements
Stainless steel scale for durability and precision
Clear optical system for sharp fringe visibility
Suitable for wavelength and refractive index determination
Differentiator vs travelling microscope: Specialized for interference experiments
Best for: physics labs, optics experiments, colleges and universities

Technical Specifications