Michelson Interferometer with Diode Laser

Name: Michelson Interferometer with Diode Laser
Brand: AMBALA ELECTRONIC INSTRUMENTS
Price: 27000.0 INR
Availability: InStock

27000.0 INR/Piece

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Product Details:

Power Approx. 5 mW diode laser; electrical supply for laser drive
Voltage 110-240V AC (for laser power supply)
Display Manual/visual observation screen or projection
Usage Physics laboratory experiments, optical path difference measurement, refractive index experiments
Product Type Interferometer Apparatus with Laser Source
Material Precision metal and optical glass components
Design Bench-top, rigid base with movable mirrors and beam splitter
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Michelson Interferometer with Diode Laser Price And Quantity

Minimum Order Quantity 1 Piece
Price 27000.0 INR/Piece

Michelson Interferometer with Diode Laser Product Specifications

Power Approx. 5 mW diode laser; electrical supply for laser drive
Charging Time Not applicable (mains powered or battery powered diode laser)
Illuminant 650 nm Diode Laser (Red)
Voltage 110-240V AC (for laser power supply)
Detector Photodiode or screen for observing interference patterns
Usage & Applications physics laboratory
Power Source Mains powered or external adapter (for diode laser)
Display Manual/visual observation screen or projection
Design Bench-top, rigid base with movable mirrors and beam splitter
Material Precision metal and optical glass components
Dimension (L*W*H) Approx. 350 mm x 250 mm x 200 mm (setup dependent)
Warranty 1 year
Product Type Interferometer Apparatus with Laser Source
Accuracy High precision, suitable for interference measurements up to a fraction of a wavelength
Usage Physics laboratory experiments, optical path difference measurement, refractive index experiments
Weight Approx. 3-5 kg (varies with setup)

Accessories Included Power adapter for diode laser, set of mirrors, beam splitter, screen, and alignment aids
Mirror Adjustment Fine adjustment screws for path difference calibration
Interferometer Type Michelson (two-beam interferometer)
Polarization Unpolarized/linear polarized laser beam depending on the diode source
Educational Level Suitable for university and advanced laboratory demonstrations
Beam Splitter Cube or plate type, high quality for minimal loss
Operation Mode Manual alignment and adjustment
Application Measurement of wavelength, thickness, and refractive index determination
Environmental Conditions Recommended for indoor, dust-free environments
Safety Features Laser warning marking and safety instructions
Base Stable anti-vibration base for high accuracy measurements
Wavelength of Laser 650 nm (Red, visible light)
Fringe Visibility High contrast
Maintenance Minimal, routine optical cleaning and alignment check

Michelson Interferometer with Diode Laser Trade Information

Delivery Time 1 Days
Main Domestic Market All India

Product Description

Michelson Interferometer with Diode Laser

Michelson interferometer with a laser is a classic optics experiment used to measure microscopic distances, variations in refractive index, and the wavelength of lightÂ by splitting a coherent light beam into two paths and recombining them to create an interference pattern.

Setup Consists of:

1.Â Laser Source

2.Â Beam Splitter

3.Â Fixed Mirror (M1)

4.Â Movable Mirror (M2)

5.Â Expanding Lens

6.Â Viewing Screen

7. Accessories for above experiment

Precision Measurement for Advanced Experiments

Designed for use in university and advanced laboratories, this Michelson Interferometer enables highly accurate measurement of optical path differences, wavelengths, and refractive indexes. The robust metal and glass construction, paired with a rigid anti-vibration base, minimizes errors and ensures consistent, high-contrast interference fringes, making it an essential tool for physics experiments.

User-Friendly Manual Alignment and Adjustment

With manually adjustable fine screws and clear alignment aids, users can quickly set up the interferometer and achieve optimal conditions for experiment accuracy. The included accessories and intuitive design make it accessible for learners while offering the high precision demanded by professional researchers.

Comprehensive Safety and Minimal Maintenance

Equipped with safety markings and clear instructions, this system ensures secure laboratory operation with the 650 nm diode laser. Maintenance is straightforward, requiring only occasional optical cleaning and alignment checks, while the one-year warranty adds extra peace of mind for institutions and instructors.

FAQ's of Michelson Interferometer with Diode Laser:

Q: How does the Michelson Interferometer with a 650 nm diode laser work?

A: The interferometer splits a red laser beam (650 nm) into two using a high-quality beam splitter. The reflected beams travel different optical paths, are reflected by movable mirrors (adjusted via fine screws), and recombine to produce interference fringes, which are visually observed on a screen or captured with a photodiode detector.

Q: What can be measured using this Michelson Interferometer setup?

A: You can measure the wavelength of the laser, determine the thickness of thin films, and calculate the refractive index of various materials. The instrument's high precision allows measurement of optical path differences to a fraction of the laser's wavelength.

Q: Where is the Michelson Interferometer best used?

A: This interferometer is ideal for indoor, dust-free environments such as university or research laboratories. Its anti-vibration base ensures accuracy, making it suitable for high-stakes educational demonstrations and advanced optical experiments.

Q: What is included with the interferometer kit?

A: The kit contains a diode laser (650 nm, red), power adapter, beam splitter, a set of high-quality mirrors, a projection/observation screen, alignment aids, and comprehensive safety instructions. The setup also includes all necessary components for immediate integration into laboratory experiments.

Q: How should the interferometer be maintained for optimal performance?

A: Routine optical cleaning, careful handling of glass components, and periodic alignment checks are recommended. The device's design emphasizes low-maintenance operation, minimizing downtime in busy laboratory settings.

Q: What safety features are provided with this instrument?

A: The system includes clear laser warning markings and operation instructions to ensure safe use. Users are reminded to follow standard laser safety protocols and use the device only in appropriate laboratory environments.

Q: What are the primary benefits of using this model in the laboratory?

A: This Michelson Interferometer offers high measurement accuracy, stable operation, and versatility for a range of optics experiments. Its manual adjustment, complete accessory kit, and robust build quality make it reliable for repeatable, educational, and research applications.