Atomfair He-Ne Laser 369 – High Precision Single-Wavelength 632.8nm Experimental Accessory with TEM₀₀ Mode, 1.5-2.0mW Stable Power & Brewster Window for Geometric Optics Interference Diffraction Experiments

Atomfair He-Ne Laser 369, a high-performance single-wavelength experimental accessory. Boasting 632.8nm wavelength, TEM₀₀ mode, and 1.5-2.0mW power, it’s powered by a DC regulated supply for stable operation. Equipped with a Brewster window, it’s ideal for geometric optics, interference, and diffraction experiments, trusted by labs and educational institutions.

Description

 

Atomfair He-Ne Laser 369

Product Basic Information

  • Product Name: Atomfair He-Ne Laser 369
  • Product Category: Experimental Accessory
  • Core Attribute: Single-Wavelength Light Source
  • Key Features: Stable performance, reliable operation, precise parameter control, equipped with a Brewster window

Product Specifications

Specification Item Details
Wavelength 632.8 nanometers
Mode TEM₀₀ Mode
Power 1.5±2.0 milliwatts
Power Supply Mode DC Regulated Power Supply (Ensures power stability and prevents light spot flicker)
Operating Current 4.2 milliamperes
Special Configuration Equipped with a Brewster window

Product Applications & Uses

Atomfair He-Ne Laser 369 is a professionally designed light source tailored for optical experimental scenarios. It is widely applicable in the following fields:

  • Geometric optics experiments: Provides a stable single-wavelength light beam to support experimental observations and data collection related to light propagation, reflection, and refraction.
  • Interference experiments: Its consistent power output and stable light spot ensure accurate results in interference phenomenon research, such as double-slit interference and thin-film interference experiments.
  • Diffraction experiments: The precise wavelength and TEM₀₀ mode enable clear presentation of diffraction patterns, meeting the requirements of experiments like single-slit diffraction and grating diffraction.

This product is an essential experimental accessory for laboratories, research institutions, and educational institutions engaged in optical research and teaching, effectively supporting the smooth progress of various optical experiments with its reliable performance.

 

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