MICHEALSON INTERFEROMETER

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MICHEALSON INTERFEROMETER Specification

Type
Optical Interferometer

Material
Aluminium, Glass, Steel

Size
Standard Laboratory Model

Input Voltage
230V AC, 50Hz

Color
Metallic Grey

Dimension (L*W*H)
400 mm x 250 mm x 350 mm

Capacity
Single Beam/ Dual Beam

Noise Level
Silent Operation

Compatibility
Suitable for monochromatic and white light experiments

Applications
Precise measurement of wavelength, refractive index, and surface flatness

Base
Rigid heavy base for stability

Packaging
Supplied with dust cover and instruction manual

Weight
Approx. 12 kg

Mirror Adjustment
Fine and coarse adjustment screws for precise alignment

Assembly
Pre-assembled and ready for demonstration

Observation Tube
Fitted observation tube with focusing arrangement

Optical Components
Lenses, beam splitter, mirrors, and compensator plate included

Scale Reading
Vernier scale with 0.01 mm accuracy

Travel Range
Up to 10 mm movement for movable mirror

About MICHEALSON INTERFEROMETER

The MICHEALSON INTERFEROMETER is a must-have, first-class optical instrument designed for ace performance in scientific research and academic laboratories. Featuring a robust build with a rigid heavy base, this cost-effective model comes pre-assembled and ready for demonstration, saving you valuable setup time. Exceptional optical componentsincluding lenses, a beam splitter, precision mirrors, and a compensator plateensure top-tier results. With fine and coarse mirror adjustments, accurate vernier scale readings, and silent operation, it stands out as the ultimate choice for precise measurement and experimental reliability.

Advanced Scientific Applications: Measure with Precision

The MICHEALSON INTERFEROMETER is ideal for precise wavelength determination, refractive index calculations, and analysis of surface flatnessmaking it ace for physics labs, material science centers, and educational demonstrations. It excels with both monochromatic and white light sources, providing versatile compatibility for a wide range of optical experiments. Its robust construction and high accuracy ensure first-class results in any laboratory or research environment, solidifying its reputation as an exceptional tool for scientific discovery.

Reliable Delivery and Secure Export Handling

All units are expertly packaged with dust cover and instruction manual for safe drop-off and secure shipment. We provide prompt handover to buyers across India, as well as efficient export market solutions for global destinations. Delivery times are minimized to ensure swift access to this first-class optical instrumentready to ace your experiments right out of the box. Our domestic support guarantees dependable service and satisfaction for every customer, ensuring your investment is both cost-effective and seamless.

FAQs of MICHEALSON INTERFEROMETER:

Q: How is the MICHEALSON INTERFEROMETER assembled and delivered?

A: The interferometer comes pre-assembled for immediate use. It is securely packed with a dust cover, instruction manual, and is ready for quick drop-off or handover on order completion.

Q: What applications can the MICHEALSON INTERFEROMETER be used for?

A: This device is ace for measuring light wavelengths, refractive indices, and surface flatness, suitable for monochromatic and white light experiments in both educational and research settings.

Q: What makes the MICHEALSON INTERFEROMETER a cost-effective purchase?

A: Its robust build, pre-assembled structure, reliable accuracy, and inclusion of all key optical components mean it provides exceptional long-term value and savings for labs and institutions.

Q: Where can the MICHEALSON INTERFEROMETER be used effectively?

A: It is ideal for use in physics labs, universities, material science research centers, and other educational or industrial environments where precise optical measurement is essential.

Q: What is the process for adjusting mirror alignment in this model?

A: The instrument features both fine and coarse adjustment screws, allowing precise and smooth alignment of the mirrors to maximize experimental accuracy and repeatability.

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