Atomfair-PLI-739 Precision Laser Interferometer – 3-in-1 Multi-Mode for Michelson/Fabry-Perot/Twyman-Green Experiments, High Accuracy Anti-Vibration Design for Scientific Research & Educational Labs

The Atomfair-PLI-739 Precision Laser Interferometer is designed for interference, diffraction and polarization experiments. It supports seamless switching between three classic interference modes, featuring an integrated stable structure for vibration resistance, simple operation and accurate results. Ideal for scientific research and educational applications.

Description

 

Atomfair-PLI-739 Precision Laser Interferometer

Product Overview

Atomfair-PLI-739 is a high-performance precision laser interferometer dedicated to experimental research related to interference, diffraction, and polarization. It supports flexible execution of three classic interference experiments: Michelson Interference, Fabry-Perot Interference, and Twyman-Green Interference. Featuring an exquisite integrated design, all structural components are securely mounted on a heavy-duty and stable platform. This not only significantly reduces experimental setup time and enhances efficiency but also effectively resists the interference of vibrations on the experimental process, ensuring accurate and reliable results. The seamless switching between the three interference modes, combined with rich experimental content and simple operation, makes it an excellent choice for conducting combined interference experiments.

Key Experimental Capabilities

1. Michelson Interference Mode

  • Obtain interference fringes; observe equal-inclination interference fringes, equal-thickness interference fringes, and white light interference fringes (requires optional accessories)
  • Measure the wavelength of He-Ne laser and sodium light
  • Determine the wavelength difference of sodium yellow doublet
  • Measure air refractive index (requires optional accessories)
  • Determine the refractive index of transparent media

2. Fabry-Perot Interference Mode

  • Observe multi-beam interference phenomena
  • Measure the wavelength of He-Ne laser
  • Observe the interference of sodium doublet

3. Twyman-Green Interference Mode

  • Observe Twyman-Green interference phenomena

Standard Configuration & Technical Specifications

Configuration Name Detailed Specifications
Precision Interferometer Main Unit Flatness of beam splitter and compensation plate: better than 1/10λ; Minimum division of micrometer screw corresponding to movable mirror stroke: 0.00025mm; Movable mirror stroke: 0.625mm; Fabry-Perot mirror: reflectivity 90%, transmittance 1%, diameter 30mm
Laser & Bracket He-Ne laser, wavelength 632.8nm, including matching power supply
Ground Glass Screen Diameter: 60mm
Adjustment Frame Including beam expander frame, extension frame, and film holder
Other Accessories Dual-purpose observation screen, transparent thin sheets

Note: The above configurations and parameters are for reference only. Please refer to the product packing list for the actual configuration. Minor changes will not be notified separately.

Optional Accessories

Optional Accessory Name Specification Parameters
Sodium-Tungsten Dual Lamp Sodium lamp power: 20W; Tungsten bromide lamp specification: 12V 35W, adjustable brightness
Air Chamber Length: 80mm, suitable for air refractive index measurement

Application Scenarios

Ideal for educational institutions, research laboratories, and industrial R&D departments engaged in optical physics research, laser technology development, and precision measurement. It can be widely used in experiments and projects such as optical interference principle verification, wavelength measurement, refractive index testing, and optical component performance detection, providing reliable experimental support for scientific research and technical innovation.

If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us at inquiry@atomfair.com.