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Babinet Compensator

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MOQ : 10 Units

Babinet Compensator Specification

Voltage
110-230 Volt (v)

Response Time
Immediate

Operating Voltage
110-230 V

Number of Specimens
One at a time

Measuring Range
0 to 2 wavelengths ()

Power Supply
220 V AC, 50 Hz

Automation Grade
Manual

Resolution
Up to 0.01

Power
220 Volt (v)

Features
High precision measurements, robust design, adjustable

Display Type
Analog scale (micrometer vernier)

Equipment Type
Babinet Compensator

Product Type
Babinet Compensator

Specimen Size
Standard optical beam

Test Range
Phase difference up to two wavelengths

Color
Gray and Black

Mounting Type
Bench-top

Temperature
Room Temperature

Accuracy
High precision, depends on micrometer scale

Frequency
50/60 Hz

Application
Measurement of phase difference in polarized light

Max Height
180 mm (approx.)

Interface Type
Manual

Usage
Laboratory optical experiments

Machine Weight
3 kg (approx.)

Control Mode
Manual

Prism Material
High-quality optical glass

Dimensions (L x W x H)
200 mm x 80 mm x 180 mm (approx.)

Suitable For
Physics educational labs, research institutes, universities

Finish
Smooth enamel-coated

Weight With Packing
4 kg (approx.)

Material
Metal and optical glass components

Support Stand
Included

Optical Adjustment
Linear micrometer movement

Babinet Compensator Trade Information

Minimum Order Quantity
10 Units

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

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)
Australia, Eastern Europe, Western Europe, Central America, Africa, Middle East, South America, Asia, North America

Main Domestic Market
All India

About Babinet Compensator

Unlock the elite precision of the Babinet Compensator, a sizzling choice for enlightened physics enthusiasts. Crafted with pristine metal and high-quality optical glass, its robust, ephemeral structure delivers high accuracy in phase difference measurement. The linear micrometer movement allows you to adjust with refined control, while the smooth enamel-coated finish and classic gray-black tones accentuate its sleek appearance. Ideal for universities, research labs, and educational institutes, it stands ready for immediate, high-resolution optical experiments, redefining excellence in bench-top laboratory instrumentation.

Optimal Application and Usability

The Babinet Compensator shines on laboratory benches in educational and research environments. Its surface of application ranges from university optics labs to advanced research institutes. Suitable for precision phase difference measurements, it is used for investigating polarized light in multiple fields. Physicists and educators alike benefit from its focused design, making it the elite instrument for teaching and experimentation in optical physics.

Efficient Distribution and Stock Handling

With stock ready for dispatch, our Babinet Compensator meets domestic demands across India effortlessly. Packaging is meticulously crafted to ensure pristine condition during supply. Each unit is handed over at the designated FOB port, allowing for smooth export and distributor support. Whether you are an exporter or a local trader, our supply chain guarantees secure and prompt delivery, supporting research developments country-wide.

FAQ's of Babinet Compensator:

Q: How does the Babinet Compensator measure phase difference in polarized light accurately?

A: The Babinet Compensator utilizes high-quality optical glass prisms and a linear micrometer movement, delivering precise adjustments with a resolution of up to 0.01. Its analog micrometer vernier scale enables immediate and reliable measurement of phase differences in polarized beams.

Q: What environments are best suited for the use of the Babinet Compensator?

A: This device is optimal for physics educational labs, research institutes, and universities, where accurate measurement and robust design are required for laboratory optical experiments.

Q: When should users consider utilizing the Babinet Compensator over other optical measuring tools?

A: The Babinet Compensator excels when high precision phase difference evaluation is required, such as in advanced optics research, demonstrations, and experimental setups involving polarized light.

Q: Where is the Babinet Compensator distributed and supplied from?

A: It is distributed, supplied, and exported from India, with ready stock and seamless packaging for domestic and international trading.

Q: What is the process of setting up the Babinet Compensator for a measurement?

A: The compensator is mounted on the bench-top stand, connected to the power supply, and the specimen is aligned with an optical beam. Adjustments are made manually using the micrometer for focused measurement.

Q: What benefits does the Babinet Compensator offer over manual adjustment devices?

A: Its robust design, high precision analog scale, and immediate response time allow for more refined and repeatable measurements, making it indispensable in educational and research environments.

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