Michelson Interferometer based on Model developed by Hilger & Watts

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Michelson Interferometer based on Model developed by Hilger & Watts

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MOQ : 10 Units

Michelson Interferometer based on Model developed by Hilger & Watts Specification

Power
220 Volt (v)

Features
Adjustable mirror, high-quality beam splitter, vibration-insulated base, fine micrometer screw adjustment

Product Type
Michelson Interferometer based on Model developed

Power Supply
220 V AC

Interface Type
Mechanical knobs, optical viewing port

Application
Optical path difference measurement, interference pattern analysis, refractive index determination

Resolution
Up to /1000 for displacement

Equipment Type
Michelson Interferometer Hilger & Watts Model

Display Type
Visual (Fringe pattern observable via telescope/eyepiece)

Humidity
Up to 85% RH (non-condensing, operating)

Max Height
Approx. 200 mm

Weight
0.8 Kilograms (kg)

Test Range
Up to 2 cm optical path difference

Mounting Type
Bench-top

Color
Yellow and Black

Response Time
Instantaneous (limited by manual adjustment)

Measuring Range
02 cm (optical path difference)

Temperature
Room Temperature to 40C (operating)

Automation Grade
Manual

Frequency
50 Hz

Specimen Size
Standard mirror 25 mm, beam splitter 25 mm

Voltage
220 Volt (v)

Operating Voltage
220 V

Accuracy
/100 (interference fringe measurement accuracy)

Number of Specimens
Single specimen (one beam splitter per setup)

Usage
Laboratory, Educational, Research

Machine Weight
0.8 kg

Control Mode
Manual

Mirrors
Front surface, adjustable, approx. 25 mm

Dimensions
Approx. 300 mm × 200 mm × 230 mm

Beam Splitter
Partially silvered glass, approx. 25 mm

Brand/Model
Hilger & Watts

Alignment Mechanism
Three-point adjustment screws for mirrors

Illumination
White light source/optional laser

Micrometer Adjustment
Precision screw with Vernier scale, 0.01 mm divisions

Eyepiece Magnification
10x (typical)

Accessories
Supplied with plano-convex lens, white light source, optional monochromatic source

Base Material
Cast iron for anti-vibration

Michelson Interferometer based on Model developed by Hilger & Watts Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Telegraphic Transfer (T/T), Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
10 Units Per Day

Delivery Time
2-3 Days

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
Box.

Main Export Market(s)
Western Europe, Australia, North America, Eastern Europe, Central America, Africa, Middle East, South America, Asia

Main Domestic Market
All India

About Michelson Interferometer based on Model developed by Hilger & Watts

Ending Soon: Secure the meritorious Michelson Interferometer, premier Hilger & Watts Model, at a terrific reduced price! Designed with precision for optical path difference measurement and interference pattern analysis, it boasts a partially silvered 25 mm beam splitter and adjustable front surface mirrors. The cast iron base ensures anti-vibration stability, while the precision Vernier micrometer delivers reliable 0.01 mm adjustments. Enjoy 10x magnification, vibrant yellow and black design, and versatile illumination options. Take advantage of this leading-edge instrument, ideal for laboratory, educational, and research usage.

Versatile Laboratory Instrumentation

The Michelson Interferometer by Hilger & Watts excels as an educational, research, and laboratory tool. Its manual adjustment system and bench-top mounting ensure ease of use. Meritorious features include three-point mirror alignment, precision micrometer screw, and a high-quality beam splitter. Applications range from interference pattern analysis to refractive index measurements, providing accurate results through visual fringe observation. The included plano-convex lens and multiple illumination choices further enhance experimental flexibility and reliability.

Market Value and Supply Potential

FOB Port for the Michelson Interferometer Hilger & Watts Model is in India, maximizing global accessibility for distributors, exporters, and manufacturers. Supply ability meets demanding laboratory needs, while certifications affirm instrument reliability and safety. Market value remains competitive given its premier features and precision. Quotation and list price reflect its advanced scientific capabilities, making it an exceptional choice for optical measurement. Rapid delivery and supportive network help buyers leverage favorable terms and seamless transactions.

FAQ's of Michelson Interferometer based on Model developed by Hilger & Watts:

Q: How does the Michelson Interferometer Hilger & Watts Model achieve high measurement accuracy?

A: This interferometer incorporates a precisely engineered micrometer screw with Vernier scale and adjustable mirrors, enabling accuracy up to /100 for interference fringe measurements and resolution of up to /1000 for displacement observations.

Q: What are the main usage areas for this Michelson Interferometer?

A: It is primarily used in laboratory, educational, and research settings for optical path difference measurement, interference pattern analysis, and refractive index determination, leveraging its robust design and versatile accessories.

Q: When should I use the optional monochromatic light source?

A: The monochromatic source is ideal when higher contrast in interference patterns is needed, or when precise refractive index measurements are required. It adds flexibility to various experimental setups.

Q: Where can distributors and traders obtain supply and quotation details for this model?

A: Distributors, exporters, and suppliers can request quotations and list prices directly from Hilger & Watts, with distribution through India's FOB Port, ensuring straightforward international delivery and support.

Q: What extra features enhance stability and precision during experiments?

A: The vibration-insulated cast iron base, front-surface adjustable mirrors, three-point alignment mechanism, and fine micrometer screw adjustment together guarantee stable operation and meritorious measurement consistency.

Q: How does one observe and analyze the interference pattern using this device?

A: The visual fringe pattern is directly observable through the provided 10x eyepiece and optical viewing port, further aided by the precise alignment and adjustment mechanisms integrated into the instrument.

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