Description
Specifications Table
Product Material – Borosilicate glass & aluminum housing
Grade – Laboratory/Research
Application – Optics experiments, holography, interferometry
Wavelength – 632.8 nm (red)
Product Overview
The He-Ne Laser Experimental Setup is a precision-engineered optical instrument designed for consistent performance in laboratory environments. Constructed with high-grade borosilicate glass and a durable aluminum housing, this laser ensures stability and longevity during extended use. Emitting a coherent red beam at 632.8 nm, it delivers exceptional beam quality with minimal divergence, making it suitable for advanced experiments in interference, diffraction, and holography. The setup includes built-in safety features such as beam attenuation and thermal regulation to prevent overheating, ensuring reliable operation across varying conditions. Its plug-and-play design simplifies integration into existing lab configurations, while the low maintenance requirements reduce downtime. Whether used for educational demonstrations or research applications, this He-Ne laser maintains accuracy and repeatability, providing clear, high-contrast results for critical observations. The robust construction also minimizes vibrations, further enhancing precision in sensitive measurements.
FAQs
1. What is the typical beam diameter of this He-Ne laser setup?
The beam diameter is approximately 0.8 mm, which is standard for most He-Ne lasers used in educational and research settings.
2. Can this laser be used for alignment applications?
Yes, the He-Ne laser’s stable, visible red beam makes it ideal for alignment tasks in optical setups and mechanical systems.
3. Are there any safety precautions required while operating this laser?
Always avoid direct eye exposure to the laser beam, even though it is Class II. Use appropriate laser safety goggles and ensure the setup is placed on a stable surface.
4. How does this laser compare to diode lasers for experiments?
He-Ne lasers offer superior beam quality, coherence, and stability compared to most diode lasers, making them better suited for precision optics experiments.
5. What power supply is needed for this He-Ne laser setup?
The setup typically requires a standard 220V AC power supply, compatible with most Indian lab environments. Always verify the specific model’s requirements before use.
